ssystemsystems - clivet.com · 2 + + + + + ELFOFresh2 BUILDING INSULATION Thanks to new...

IndependentIndependentresidentialresidentialheat pump heat pump systemssystems

Change living home

IND

EX

Clivet LiveAir quality

An intelligent heat pump

Advantages

Synoptic

Energy related Products

Guarantee and safety

Why Clivet

Clivet Home Specialized Systems ELFOPack

ELFOSystem Gaia Edition

ELFOSystem Gaia L Comfort

ELFOSystem Gaia L Hybrid

ELFOSystem Gaia Maxi Hybrid

ELFOSystem GAIA-i Comfort

ELFOSystem GAIA-i Hybrid

Transversal productsELFOControl2

ELFOFresh2

ELFOAir

ELFORoom2

Technical DataELFOPack

GAIA Aria

GAIA Acqua

GAIA L Comfort

GAIA L Hybrid

GAIA Maxi Hybrid Aria

GAIA Maxi Hybrid Acqua

GAIA-i

ELFOFresh2

ELFORoom2

ELFOAir

ELFOControl2

ELFOSun

ELFOEnergy Extended Inverter

System Scheme

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In order to satisfy residential comfort needs,Clivet has set up a new division of professionalsinspired by the principles embodiedby the acronym LIVE

LifeEnvironmentalsafeguard forour children’s future

VisionTechnology and systems to assure comfort and effi ciency

InnovationPassion and curiosityto guide innovation

EnergyProtagonistof the new energy era

Clivet Live is born

20

15

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+

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+

+

+

ELFOFresh2

+

+

+

+

+

+

ELFOFresh2

BUILDING INSULATIONThanks to new construction methods and improvements in building insulation, buildings are

extremely air tight. Contaminants stagnate in the environments and systems for air renewal

and purification become necessary.

INDOOR AND OUTDOOR POLLUTIONHuman health is severely damaged by the many indoor pollutants such as mold, smoke, dust,

CO2 emissions, and by external pollutants like pollen, PM10, viruses and bacteria.

MECHANICAL CONTROLLED VENTILATIONThe controlled mechanical ventilation system ensures a dilution of indoor pollutants. The inlet

fresh air is treated by recovering the heat from the extracted air. It is important the energy

recovery happens both in winter and in summer to reduce energy consumption.

ELECTRONIC FILTRATIONHarmful elements and odors in the outdoor air are removed thanks to the efficient

electronic filtration system, also active on fine particles and nanoparticles, the most

dangerous to human health as they reach the pulmonary alveoli and from there enter the

blood. The electrostatic filter, easily removable, is fully regenerable by washing.

Air quality: Fresh air is a fundamental need

CLIVET Controlled Mechanical Ventilation

Fresh air supply

Extraction

External air intake

Exhaust

FRESH AIR

THERMODYNAMIC HEAT RECOVERY

MAIN ENERGY SOURCE

ELECTRONIC FILTRATION

SMOKE - POLLEN - BACTERIA

PM10 - GERMS - VIRUSES

NANOPARTICLES - CO2

SUMMER DEHUMIDIFICATION

Clivet heat pumps:

HEATING

COOLING

DOMESTIC HOT WATER PRODUCTION

CONTROLLED MECHANICAL VENTILATION WITH THERMODYNAMIC HEAT RECOVERY

DEHUMIDIFICATION

ELECTRONIC FILTRATION

3

CONTROLLED MECHANICAL VENTILATION WITH THERMODYNAMIC HEAT RECOVERY

The controlled mechanical ventilation with

thermodynamic heat recovery is the original

solution developed by Clivet that provides

many benefits:

Energy advantages

Ventilation energy reduction thanks

to the lower pressure drops than

traditional recovery.

High efficiency energy recovery

from the exhaust air both in winter

and summer.

It multiplies the energy recovered

and fulfills the building thermal load.

It increases the seasonal efficiency

of the whole system, thanks to the

thermal source (exhaust air, always

at favorable temperature conditions)

of the heat pump, used as a

thermodynamic heat recovery system.

System advantages

It generates a first step of power and in

the middle seasons completely satisfies

the power required.

It reduces the load of the air-conditioning

system.

It eliminates the dehumidifier necessary

in radiant systems in cooling operation,

because it controls the summer humidity.

Comfort improvement

The external renewal air is supplied

at the ideal temperature for comfort

It compensates for the discomfort

generated from the thermal inertia of

the radiant system in spring and autumn.

Clivet thermodynamic heat recovery

increases the energy class of the building,

simplifies the system and improves

the comfort.

He

ati

ng

ca

pa

city

[kW

]

-4 0 5 10 15 20 25 30 35


HEAT PUMP SYSTEM

Outdoor air temperature [°C]

-400

-200

0

200

400

600

800

1000

20%

80%

90%

-4

-3

-2

-1

0

1

2

3

4

5

-5 0 5 10 15 20 30 35

He

ati

ng

ca

pa

city

[kW

]

Outdoor air temperature [°C]

Ventilation load

System load

The thermodynamic heat recovery meets

all transmission and ventilation loads

25


HEAT PUMP SYSTEM

4

MULTIFUNCTION UNIT

Issues related to the selection, installation and electric connection of a traditional system components are eliminated thanks to solutions that

are integrated in all the system elements already tested by Clivet.

Solar panels

Storage tank

Cross flow static passive recovery device

Boiler

1 unit

Solar panels

ELFOFresh2

GAIA

Air conditioner

Dehumidifier

TRADITIONAL SYSTEM

GAIA + ELFOFresh²

ELFOPack

THE COMPLETE CONTROL OF THE SYSTEM

The interface is simple and intuitive, limited only to comfort

settings required depending on the occupation and the

operation system display.

The advanced control logic is at the heart of Clivet systems.

It allows effective co-ordination of the dwelling system.

The distintive elements of Clivet systems

Thermal solar

Exhaust

External air intake

Extraction

Fresh air supply Radiant

module

Domestic hot water

ELFOControl2

ELFOFresh2

GAIA-i Comfort

ELFORoom2

l sola

Domestic hot water

air intake

Ex

FFFFFFresh air su

OFresh2

ar

Thermostats

for temperature

and humidity

5

COMPLETE SERVICES

Partner Clivet Comfort A +

Network of installers trained for high quality installations

SCHEDULED MAINTENANCE

To keep the plant effcient

QUALIFIED SERVICE

Widespread throughout the territory

Complete solutions, pre-assembled and integrated control of the entire

system are prerequisites to guarantee easy:

DESIGN: optimized solutions simplify the system

INSTALLATION: time reduction and quality installations

MANAGEMENT: one simple interface to set the desired comfort

MAINTENANCE: the integrated control connectivity allows a maintenance

service and remote assistance for a more efficient system.

Devices, developed to intelligently manage the energy and their

coordination according to the environmental conditions, allow:

• reduced operating costs

• maximum use of renewable energy

• environmental impact reduction

• increased value of the property

Systems developed according to the specific features of dwellings

and to the energy requirements needed at different seasons,

ensuring perfect comfort conditions.

ENERGY SAVINGS

COMFORT IN EVERY SEASON

SIMPLICITY

The specialized Clivet heat pump system advantages

PROFESSIONAL INSTALLATION

The Partners Clivet Comfort A + are a network of installers trained by Clivet. They take care of

the commercial proposal, installation, start-up and maintenance of the systems they have installed.

6

ELFOPack

ELFOPack

400 m3/h

100 m3/h

3 kW

180 L

DC InverterDC Inverter

ELFOAir

PATENTED

*

AP

PLI

CA

TIO

N

Houses

Air System

Nearly Zero consumption single-family houses

AIR

CO

ND

ITIO

NIN

G Heating

Cooling

DH

W

Domestic hot water

AIR

QU

ALI

TY

Mechanical ventilation with

thermodynamic recovery

Electronic fi ltration

MAX TOTAL AIR FLOW RATE

MAX AIRFLOW

CAPACITY

DHW STORAGE TANK

Summer dehumidifi cation

DIS

TR

IBU

TIO

N

Air distribution

and diff usion

CO

NTR

OL

System control

integrated into ELFOPack

Innovative product with seasonal effi ciency not covered by regulations

Independent heat pump home systems for single-family houses

7

ELFOSystem

GAIA

7÷16 kW

186 L

(+ 280 L aux)


GAIA L Comfort

5÷17 kW

280 L

(+ 280 L aux)


GAIA Maxi Hybrid

16 kW

(+ gen. aux 24 kW)

280 L

186 L


GAIA L Hybrid

5÷17 kW

(+ gen. aux 24 kW)

280 L

(+ 280 L aux)


ELFOFresh2

70-120-200-300-500-650 m3/h

ELFOControl2

Geothermal and Hydrothermal Integration to solar system Integrated condensation boilerAerothermal

Hydronic System

Medium-low consumption single-family houses High consumption single-family houses

CAPACITY

DHW STORAGE TANK

CAPACITY

DHW STORAGE TANK

CAPACITY

DHW STORAGE TANK

SYSTEM STORAGE

CAPACITY

DHW STORAGE TANK

AIRFLOW

ELFOSunconnectable to radiant panelsELFOAir ELFORoom2

8

ELFOPack

ELFOPack

400 m3/h

100 m3/h

3 kW

180 L


ELFOAir

PATENTED

*

Independent heat pump home systems for multi-family house applicationsA

PP

LIC

AT

ION

Houses

Air System

Nearly Zero consumption apartment building

AIR

CO

ND

ITIO

NIN

G Heating

Cooling

DH

W

Domestic hot water

AIR

QU

ALI

TY

Mechanical ventilation with

thermodynamic recovery

Electronic fi ltration

MAX TOTAL AIR FLOW RATE

MAX AIRFLOW

CAPACITY

DHW STORAGE TANK


DIS

TR

IBU

TIO

N

Air distribution

and diff usion

CO

NTR

OL

System control

integrated into ELFOPack

Innovative product with seasonal effi ciency not covered by regulations

9

ELFOSystem

GAIA-i Comfort

5÷8,5 kW

150 L


GAIA-i Hybrid

5÷8,5 kW

(+ gen. aux 24 kW)

150 L


ELFOFresh2

70-120-200-300-500-650 m3/h

ELFOControl2

Hydronic System

Medium-low consumption apartment building High consumption apartment building

CAPACITY

DHW STORAGE TANK

CAPACITY

DHW STORAGE TANK

AIRFLOW

Geothermal and Hydrothermal integration to solar system Integrated condensation boilerAerothermal

ELFOSunconnectable to radiant panelsELFOAir ELFORoom2

10

++

Energy related Products

The wide range of Clivet products and complete systems comply with the requirements of the implementing

measures for Directives 2009/125/EC (ErP-Energy related Products) and 2010/30/EU (Energy labelling), whose

purpose is to reduce the energy consumption of products for heating, cooling, ventilation and hot water

production, encouraging the user towards energy-effi cient choices.

With ELFOFresh2 and ELFOControl2 you can reach higher labelling levels than the the directives ones

CONTROLLED MECHANICAL VENTILATION WITH THERMODYNAMIC RECOVERY

11

Guarantee and safety

Become a specialistin renewable energysystems based on heat pump technologywith Clivet’s trainingprogrammes

The new era of sustainable comfort is challenging the traditional

design and installation approaches of building-plant systems.

Constantly updated standards require new buildings to have low

or almost zero consumption levels, which encourages the use

of renewable energies.

Systems are changing at a fast pace and must meet the new

requirements deriving from the evolution of an increasingly efficient

envelope.

New technologies require an initial investment in terms of knowledge

and training in order to build the skills to use innovative systems

focused on energy savings.

Through its CLIVET UNIVERSITY, Clivet intends to create a team

of trained professionals able to offer, design, install and conduct

maintenance on our solutions in order to ensure complete

customer satisfaction.

For more information and to book your place at one of the courses

held by CLIVET UNIVERSITY please visit our website www.clivetlive.com

Clivet UniversityClivet provides training classes to professionals willing to stand out in the field of innovative technologies

using renewable energies. The training programme, structured in different levels providing detailed

information, discusses annual-cycle systems based on heat pump technology.

Test roomsClivet pays great attention to the practical training of professionals who will offer, install and ensure

the maintenance of its products. That is why it has a series of test rooms for the simulation of the operation

of the plant in different climate and plant conditions that the installer could meet.

Partner Comfort A+Clivet, in order to develop the emerging market of the heat pump systems for residential, is training a

network of installers that are its specialists for technical and commercial capacities and innovation. Partners

Clivet Comfort A + are the only interlocutors for the commercial offer, installation, and maintenance

of systems. The goal is to combine professional competence of installers with the quality and experience

in the field of Clivet systems.

The coursesClivet offers a complete training catalogue for architects, mechanical engineers, installers, sales and

technical staff:

- Seminars for Designers and Architects on all year round comfort in the residential sector

- Basic courses for installers to introduce the basics of the innovative Clivet solutions

- Advanced Courses to examine the system’s components and installation features

- Specialised courses designed to provide training on installation, starting-up and maintenance

1212

Clivet. Change living homeWH

YC

LIV

ET

Clivet Home: a world of advantages,services and systems

Clivet Home, the application to which the Clivet Live division is dedicated, represents a new

comprehensive solution for the residential sector.

Indeed, Clivet Home autonomous heat pump systems:

• are tax deductible according to the countries

• guarantee an extensive range of services during the pre-sale phase, installation and throughout

the life-cycle of the plant, thanks to a network of specialized partners

• provide comprehensive solutions that simplify the design, installation and maintenance,

guaranteeing year-round comfort:

THE ADVANTAGES OF AN INDEPENDENT CLIVET HEAT PUMP SYSTEM

• heating

• cooling

• domestic hot water

• air renewal and purification

• humidity control

PLATINUM

GOLD

SILVER

Customer Care199 144 663 ITALY

+39 0439 313 888 WORLD

[email protected]

Assistance

Green Building Council

A system for every need

A wide range of services

Professional installationProfessional installation

Tax credit

Certifications

CasaClimaEurovent

Medium-low consumption houses High consumption single-family houses

Apartment buildings

Due to its high efficiency, Clivet products may beeligible for heat pump subsidies in Your Country

13133333313

The systems

14

ELFOPackNearly Zero consumption single-family housesand multi-family houses with stand-alone system

INSTALLATION EXAMPLE70 m2 FLAT

Exhaust

Stale air ejection

External air intake

Indoor air recirculation intake

Fresh air supply

Domestic hot water

AERAULIC DISTRIBUTION

Wide selection of accessories for air distribution

Thanks to special induction air diff users, supplied air mixes with the whole

mass of air already present in the room and creates a uniform temperature and

air quality in the entire room.

Controlled mechanical ventilation with thermodynamic heat recovery

Uses air renewal ducts for heating, cooling and summer dehumidifi cation

Max air renewal 100 m3/hfor houses up to 120 m2

ELFOPack main features

6 F

UN

CT

ION

S I

N A

SIN

GL

E P

AC

KA

GE

D U

NIT

Heating

Cooling


Domestic Hot Water Production

Air purifi cation withelectronic fi ltration

TH

E S

YS

TE

MS

page 74SYSTEM SCHEME

ELFOPack page 16

ELFOAir page 42

SYSTEM’S COMPONENTS

15

-50%

500

0

1000

1500

2000

2500

3000

3500

4000

4500

5000

5500

6000

-50%

200

0

400

600

800

1000

1200

1400

-54%

200

400

600

800

1000

1200

0

5

4

3

2

1

THE RESULTS: comparison between ELFOPack and a traditional system

New multi-family building with 30 apartments of 75m2 in Class A.

Location: Milan

Climatic zone: 2404 GG

Insulation: opaque surfaces (0.34 W/m2k) and transparent surfaces (2.2 W/m2k)

Dispersant surfaces: vertical opaque envelope and transparent on two views, some internal

closures to unheated rooms

Air renewal rate: 0,3 vol/h

Traditional centralized system Centralized condensing boiler, centralized thermal solar system, centralized cooling with air/water chiller, decentralized CMV (passive recovery unit) for each fl at, radiant system, dehumidifi er

Centralized heat pump Centralized air/water heat pump for heating, cooling and DHW production. Decentralized CMV (ELFOFresh2 active recovery unit) for each fl at, radiant system

Data are referred to a single fl at.The running costs of systems also include the metering costs when compared with centralized systems.

CLIVET PATENTED SYSTEM

REDUCTION OF 30% ON THE VENTILATION ELECTRICAL ENERGYHigh effi ciency plug fans with DC motor, which guarantee a saving on electrical energy of up to 30% compared with the traditional AC fans. The DC motor allows the fan speed to be set to the real system pressure drops, thus minimising electrical consumption.

50% OF FREE DOMESTIC HOT WATERIntegrated 180-litre storage tank. The patented circuit allows the domestic hot water to be produced at high effi ciency in winter and free in summer. The innovative twin-wall exchanger improves the heat exchange effi ciency and avoids water contamination.

THERMODYNAMIC HEAT RECOVERYHeat recovery from the exhaust air both in winter and in summer by a thermodynamic circuit. The thermal source of the heat pump is fully maximised for effi ciency. Thanks to the mixture between the extracted stale air and the outdoor air. The air introduced in the room is a mixture between the fresh air and the recirculation air.

CAPACITY MODULATIONMAXIMIZED SEASONAL EFFICIENCIESThe inverter DC compressor adjusts the capacity according to system requirements optimizing the seasonal effi ciency.

HIGH EFFICIENCY ELECTRONIC FILTRATIONStandard electronic fi lters with fi ltration effi ciency higher than 99,9%. The electronic fi lter pressure drops are 90% lower than a traditional fi lter, allowing a considerable reduction in electrical energy used for ventilation.

Running costs [€/year]CO2 Emissions [kg CO

2/year]Primary energy [kWh/year]

ELFOPack (decentralized)Heat pump system (centralized)Traditional system (heating + cooling)

HIGH ENERGY EFFICIENCY

CLIVET PATENTED SYSTEM

1

2

3

4

5

16

In the stairwell

In the closet

It covers 75% of energy needs using free and unlimited renewable

energy contained in the air.

It recovers the energy from the exhaust air thanks to the active

thermodynamic heat recovery.

The mechanical controlled ventilation system is essential not only for energy saving, but also for a healthy environment.

The harmful elements and odors in the air are eliminated by the effi cient electronic fi ltration system

DESIGN FLEXIBILITY

On the balcony

It can be connected to Clivet ELFOAir distribution system

The low energy requirement of ELFOPack means that in some cases, where photovoltaic systems are installed, the energy generated is suffi cient to operate the ELFOPack system, helping the building to become self suffi cient

RISCALDAMENTO CON ELFOPack

RISCALDAMENTO TRADIZIONALE (radiante)

DISTRIBUTION

The air to air heat pump system with active thermodynamic heat recovery ELFOPack

COMFORT THROUGH THE AIR

PRO

DU

CTS

Continuous and rapid adaptation to the desired comfort

conditions.

Thanks to the lower thermal inertia, the air to air air-conditioning

system allows you to reach the desired comfort conditions in a much

shorter time than traditional air to water air-conditioning systems.

This feature is particularly appreciated in areas with frequent

temperature variations typical of Mediterranean climates.

10÷20 minutes

4÷6 hours

Cold sensation

Cold sensation

17

ADD VALUE TO YOUR PROPERTY

Thanks to the benefi ts detailed above and

the use of heat pump technology, ELFOPack

demonstrates reduced running costs and

energy consumption, which will contribute

to adding value to your property.

ELFOPack

Traditional system

(boiler - radiators - thermal solar)

The compressor adjusts its capacity, which is distributed to purify the air and constantly produce Domestic Hot Water. The constant and simultaneous production of Domestic Hot Water increases the system’s effi ciency. During extreme conditions, the post-handling coil is activated as an additional coil.

Intake air is dehumidifi ed as well as being treated and brought to the right temperature as a function of the load. The compressor adjusts its capacity in relation to indoor conditions. All the heat taken from cooling the intake air is recovered and transferred to produce free Domestic Hot Water.

Under optimal conditions, outdoor air is mixed with recirculated air to obtain the correct temperature, negating the need to activate the compressor (free-cooling).Domestic Hot Water is produced by turning off the supply air handling exchanger.

Standalone system, with one packaged unit. This means that there

is no requirement for a boiler, the associated pipework and the

control system.

Complete system, that removes the need for heat emitters, fancoil

units, radiators or radiant panels. The ELFOPack provides complete

comfort distributed through a simple ducted air system, off ering

complete design freedom.

Simple installation, due to its “plug and play” design, no specialist

trades are required for the installation of the unit. As there is no gas

requirement, this can also contribute to a reduction in the overall

build cost.

User friendly controller, off ers simple operation of the unit,

managing all aspects of the system from a single point.

Total safety, if combined with an induction hob cooker, the

requirement for gas can be removed from the installation, taking

away the need to install a gas main, and saving cost on the project,

as well as creating a gas free, safe environment.

ELFOPack page 46

WINTER SUMMER MID-SEASON

TECHNICAL DATA

18

Heating

Cooling

Systems up to 3 hydraulic circuits mixed/same

Ductable energy exchanger for internal installation

System with the highest seasonal effi ciency

ELFOSystem GAIA Editionmain features:

ELFOSystem GAIA EditionMedium-low consumption single-family houses


ELFOFresh2

ELFOControl2

ELFORoom2

Radiant panels

GAIA


Mechanical ventilation with thermodynamic heat recovery

Domestic hot water production

Air renewal and purifi cation with electronic fi ltration

ELFOControl2

TH

E S

YS

TE

MS

ELFOSystem GAIA Editionmain features:

External air intake

Exhaust

Extraction

Fresh air supply

Radiant module

Towel rail Towel rail

Thermostats for temperature and humidity

Thermostats for temperature

Outdoor air probe

Thermal solar

Energy exchanger

Domestic hot water


GAIA page 20

ELFOFresh2 page 40

ELFOAir page 42

ELFORoom2 page 43

ELFOControl2 page 39

19

1

2

4

3

5

-49% -54%

18000

3000

6000

9000

12000

15000

0

-49% -54%

3500

3000

500

1000

1500

2000

2500

0

-45% -50%

1800

300

600

900

1200

1500

0

5

43

2

1

DOMESTIC HOT WATERIntegrated domestic hot water production with 186l boiler* and plate exchanger with a better exchange efficiency and maintenance.* (+ possible additional 280l boiler)

THERMAL SOLARIntegrated system of solar energy recovery from thermal collectors for free domestic hot water production.

RENEWABLE ENERGY INTEGRATED THERMODYNAMIC UNITAll hydraulic and control components are integrated and optimized by ensuring a perfect operation and high energy efficiency.

THE RESULTS: comparison between ELFOSystem GAIA Edition and a traditional system

Newly built single-family house of 270 m2, radiant panels, energy

requirements equivalent to 44kWh/m2 year in heating mode, 14kWh/m2

year in cooling mode, 4 occupants with 50l/person a day domestic hot

water consumption

Location: Milan

Climate zone: E – 2404 degrees by day

Number of rooms: 12

Surface: 270 m2

Running costs [€/year]CO2 emissions [kg CO

2/year]Primary energy [kWh/year]

HIGH EFFICIENCY DC INVERTER CIRCULATORThe DC INVERTER circulators automatically and continuously modulate the water fl ow rate according to the system load, reducing the distribution consumption.

EFFICIENT ENERGY GENERATIONThe DC Inverter compressor delivers only the required load, increasing the seasonal effi ciency.


ELFOSystem Gaia Edition + thermal solarELFOSystem GAIA EditionTraditional system

Traditional system Condensing boiler, radiant panels for heating, cross fl ow recovery device, split cooling system. Electric energy price 0,3/kWh

Impianto ELFOSystem GAIA Edition GAIA Aria 31, radiant panels for heating and cooling, ELFOFresh2 300, ELFOControl2. Electric energy price 0,22 €/kWh

Impianto ELFOSystem GAIA Edition GAIA Aria 31, thermal solar system, radiant panels for heating and cooling, ELFOFresh2 300, ELFOControl2. Electric energy price 0,22 €/kWh+ thermal solar

20

+70%

GAIA Aria recovers the energy available in the air thanks to the

ENERGY EXCHANGER, even an extreme outdoor air temperatures

down to -22 °C.

The large heat exchange surface helps increase the effi ciency of the system

The speed of the air fl owing through the heat exchanger is reduced to guarantee a quiet operation

The heat exchanger shape avoids any negative infl uences of prevailing winds

The special shape of the heat exchanger enables a reduction of the energy for the defrost cycles

The air diff user can be rotated to allow direct airfl ow in 4 diff erent positions

The fully plastic frame eliminates deterioration over time from corrosion

ENERGY EXCHANGER

REFRIGERANT LINESThe maximum distance between the two elements can be

up to 20 meters with a maximum diff erence in height of

15 meters.

(*) compared to a traditional unit, thanks to the generous dimensions of the exchanger and to an accurate defrost setting.

Free or ducted outlet

The air outlet may be

from any of the 4 sides

DEFROST CYCLE EFFICIENCY (*)

AEROTHERMALEXTERNAL INSTALLATION

INTERNAL INSTALLATION

Close to an external wall

In the attic

The air delivery duct and exhaust far from the dwelling

In the basement

PRO

DU

CTS

Integrated thermodynamic heat pump with high effi ciency energy exchanger

GAIA Aria page 48

TECHNICAL DATAGAIA Aria

21

1 2

9

8

7

5

8

69

3

4

HYDROTHERMALUSING

GROUNDWATER

GEOTHERMALENERGY RECOVERY FROM THE GROUND

In the Acqua version, GAIA off ers thermal and cooling energy

recovery for all applications using groundwater, well water or

geothermal systems.

GAIA Acqua is an extremely fl exible unit

The standard unit is fi tted with a source side DC motor circulating pump, which automatically modulates the water fl ow based on the temperature in order to optimise its performance.

The unit is sized to operate with geothermal probes or groundwater

The natural cooling function permits cooling without the need to activate the compressor (OPTIONAL).

Vertical collectors

Horizontal collectors

NATURAL COOLING FUNCTION

The low ground or groundwater temperature can be used to provide

free cooling in the home. All the components are inside free cooling

the unit.

PRO

DU

CTS

Integrated thermodynamic heat pump that recovers energy from the water

GAIA Acqua GAIA Acqua page 50

TECHNICAL DATA

1 cooled water delivery (system)

2 cooled water return (system)

3 user side heat exchanger

4 source side heat exchanger

5 source water return

6 source water delivery

7 natural cooling plate heat exchanger

8 3-way diverter valves

9 drain cocks

OPTIONAL

22

Primary pump included

External condensing unit

ELFOSystem GAIA L Comfortmain features

TH

E S

YS

TE

MS

ELFOSystem GAIA L ComfortMedium-low consumption single-family houses

Heating

Cooling





ELFOControl2

ELFOFresh2

GAIA L Comfort

ELFORoom2

Exhaust

External air intake

Extraction

Fresh air

supplyRadiant

module

Domestic

hot water

Thermostats for temperature and humidity

GAIA L Comfort page 26

ELFOFresh2 page 40

ELFOAir page 42

ELFORoom2 page 43




23

5

4

3

2

18000

3000

6000

9000

12000

15000

0

-44% -49%

3500

1000

500

1500

2000

2500

3000

0

-44% -49%

1800

300

600

900

1200

1500

0

-40% -45%

1

5

4

3

2

1

1

2

3

45

3

VERSION WITH THERMAL SOLAR COLLECTORSGAIA L Comfort Solar (GLHS).

HIGH EFFICIENCY DC INVERTER CIRCULATOR

DOMESTIC HOT WATER STORAGE 280LPlate exchanger - electronic anode

PUMP FOR DOMESTIC WATER RECIRCULATION

HEAT PUMP WITH DC INVERTER COMPRESSOR

Running costs [€/year]CO2

emissions [kg CO2/year]Primary energy [kWh/year]

ELFOSystem GAIA EditionTraditional system GAIA L Comfort

150 m2 new single house, radiant panels, energy requirements

equivalent to 65kWh/m2 year in heating mode, 23kWh/m2 year

in cooling mode, 4 occupants with 50l/person a day domestic

hot water consumption

Location: Milan

Climate zone: E - 2404 degrees by day

Number of vans: 8

Surface 150 m2

Traditional system Condensing boiler, radiant panels for heating, cross fl ow recovery device, cooling split system. Electric energy price 0,3 €/kWh.

ELFOSystem GAIA L Comfort GAIA L Comfort 3.1, radiant panels for heating and cooling, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh.

ELFOSystem GAIA Aria GAIA Aria 31, radiant panels for heating and cooling, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh.

EXTERNAL UNIT: EFFICIENT AND QUIETCompact designSilenceDC Inverter compressorIce Protection System

THE RESULTS: comparison between ELFOSystem GAIA L Comfort and a traditional system


24

Primary pump included

Integrated condensing boiler

It satisfi es high domestic hot water consumption

ELFOSystem GAIA L Hybridmain features

TH

E S

YS

TE

MS

ELFOSystem GAIA L HybridHybrid high consumption single-family houses

Heating

Cooling




ELFOControl2

ELFOFresh2

GAIA L Hybrid

Thermostats

Radiant

module

Extraction

Fresh air

supplyRadiators

Domestic

hot water

ExhaustExternal air intake


GAIA L Hybrid page 27

ELFOFresh2 page 40

ELFOAir page 42

ELFORoom2 page 43




25

1

5

4

3

2

45000

7500

15000

22500

30000

37500

0

-39% -44%

9000

1500

3000

4500

6000

7500

0

-39% -44%

4200

700

1400

2100

2800

3500

0

-35% -40%

1

2

3

4

5

VERSION WITH THERMAL SOLAR COLLECTORSGAIA L Hybrid Solar (GLHS).

HIGH EFFICIENCY DC INVERTER CIRCULATOR

DOMESTIC HOT WATER STORAGE 280LPlate exchanger - electronic anode.


HEAT PUMP WITH INTEGRATED CONDENSING BOILER

EXTERNAL UNIT: EFFICIENT AND QUIETCompact designQuietDC Inverter compressorIce Protection System

250 m2 existing single house, radiant panels with radiators in

integration and fancoil for cooling, energy requirements equivalent

to 98kWh/m2 year in heating mode, 32kWh/m2 year in cooling mode,

6 occupants with 50l/person day domestic hot water consumption

Location: Milan


Number of rooms: 12

Surface 250 m2

ELFOSystem GAIA MaxiGAIA L HybridTraditional plant

Running cost [€/year]CO2 emissions [kgCO

2/year] Primary Energy [kWh/year]


THE RESULTS: comparison between ELFOSystem GAIA L Hybrid and a traditional system

Traditional system Existing Boiler, radiators for heating, cooling split system. Electric energy price 0,3 €/kWh.

ELFOSystem GAIA L Hybrid GAIA L Hybrid 51, radiators and fan coil, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh.

ELFOSystem GAIA Maxi Aria GAIA Maxi Aria 61, radiators and fan coil, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh.

ELFOSystem GAIA MaxiTraditional plant

26

IDEAL FOR LOW-TEMPERATURE SYSTEM

It is the high effi ciency heat pump with 280l storage tank, which

off ers high seasonal effi ciency thanks to the possibility of modulating

the capacity according to the actual energy needs.

Since the maximum power

generated by the system is

required only for short periods

of time, it is fundamental

to dispose of the maximum

effi ciency in the conditions of

part-load. This is the only way

to actually reduce overall yearly

consumptions.

Thanks to automatic capacity

modulation, the direct current

inverter compressor supplies

only the thermal energy that

is needed, thereby avoiding

wasting energy and increasing

the energy effi ciency so

that the exchange surfaces

are larger in relation to the

output capacity.

GAIA L COMFORTSOLAR

Version for connection with thermal solar systems

Maximum seasonal effi ciency thanks to the regulation, which manages all the heat pump functions

It satisfi es 100% needs with the heat pump

User friendly menu for a simple plant regulation

Quiet and effi cient external unit with DC inverter compressor

CAPACITY MODULATION

Heat pump with integrated hot domestic water storageGAIA L Comfort

PRO

DU

CTS

GAIA L Comfort page 52

TECHNICAL DATA

COP 2,5

COP 2,7

COP 3

COP 3,1

COP 3,5

COP 4,9

External air temperature (°C)


Heat pumpCompressorOn-Off

GAIA LDC inverter Compressor

Thermal load

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

50

100

150

200

250

300

350

-5 0 5 10 15 20

-5 0 5 10 15 20

2

0

2

2

8

10

12

14

He

ati

ng

ca

pa

city

[kV

Vt]

CO

P

Ho

urs

of

the

occ

urr

en

ce o

f sp

eci

fic

ou

tsid

e t

em

pe

ratu

re

Inverter modulation zone

GAIA L works for most of the time

with COP between 3 and 5

COMFORT AND SEASONAL EFFICIENCY

SEASONAL EFFICIENCY

27

The system control favours

the use of the heat pump,

exploiting the maximum

quantity of renewable energy.

If the required load is higher

than the power generated

by the heat pump, it activates

the condensing boiler.

The system can also be

programmed so that the boiler

takes the place of the heat

pump taking into account the

two energy costs.

GAIA L HYBRIDSOLAR

Version for connection with thermal solar systems

Maximum seasonal effi ciency thanks to the regulation which manages all the heat pump functions

The condensing boiler satisfi es high energy demands

Quiet and effi cient external unit with DC inverter compressor

IDEAL FOR LOW-TEMPERATURE PLANTS

It is the hybrid heat pump ideal for houses with high energy

requirements. The indoor unit is equipped with a modulating

condensing boiler for integration both with the plant and with the

domestic hot water. It is possible to supply traditional radiators with

water up to 80 °C at -20 °C external air temperature.

INTEGRATION BOILER

SUBSTITUTION BOILER

User friendly menu for simple control

GAIA L Hybrid

PRO

DU

CTS

Heat pump and condensing boiler with integrated hot domestic water storage

GAIA L Hybrid page 54

TECHNICAL DATA

He

ati

ng

ca

pa

city

[kW

h]

30282624222018161412

4038363432

1086420

-15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 1514


Boiler

Heat pump

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

0-15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 1514


Boiler

Heat pump

He

ati

ng

ca

pa

city

[kW

h]

HEAT PUMP AND BOILER

28

ELFOControl2

Systems up to 4 circuits at high capacity requested

Ductable energy exchanger also for internal installation

Solar thermal for integration to plant and domestic hot water

ELFOSystem GAIA Maxi Hybrid main features

TH

E S

YS

TE

MS

ELFOSystem GAIA Maxi HybridHigh consumption single-family houses

SYSTEM’SCOMPONENTS

ELFORoom2

ELFOControl2

GAIA Maxi Hybrid

Radiant panels

ELFOFresh2

Heating

Cooling





t l2

GAIA Maxi Hybrid page 30

ELFOFresh2 page 40

ELFOAir page 42

ELFORoom2 page 43




29

50000

10000

20000

30000

40000

0

-44% -51%

10000

2000

4000

6000

8000

0

-44% -51%

5000

1000

2000

3000

4000

0

-41% -48%

GAIA, THE FULL INVERTER DC HEAT PUMPThe heart of GAIA Maxi Hybrid is GAIA, the heat pump for heating, cooling and producing domestic hot water that applies DC Inverter Technology to compressor, fan, circulators to supply the exact capacity requested with the highest effi ciency possible.

DRAIN THERMAL SOLARThe GAIA Maxi Hybrid integrated “Drain Back” drain solar system exploits the solar contribution for the production of DHW and integration on the heating system.

HIGH EFFICIENCY DIRECT CURRENT SECONDARY CIRCULATORS

186-LITRE SYSTEM STORAGE TANK

280-LITRE DOMESTIC STORAGE TANK

HIGH EFFICIENCY DIRECT CURRENT PRIMARY CIRCULATOR

Running cost [€/year]CO2 emissions [kgCO

2/year] Primary Energy [kWh/year]

Requalifi cation of single-family house of 400 m2, radiant panels

and radiators, energy requirements equivalent to 75kWh/m2 year

in heating mode, 24kWh/m2 year in cooling mode, 6 occupants

with 50l/person day domestic hot water consumption.

Location: Milan

Climate zone: E – 2404 degrees by day

Number of rooms: 12

Surface 400 m2

CONDENSING BOILERWhen the heating occupancy of the heat pump is insuffi cient, GAIA Maxi Hybrid uses the condensing boiler for the production of hot water for heating and for domestic use.


THE RESULTS: comparison between ELFOSystem GAIA Maxi Hybrid and a traditional system

Traditional system Existing Boiler, radiant panels and radiators, cross fl ow recovery device, cooling split system. Electric energy price 0,3 €/kWh.

ELFOSystem GAIA Maxi Aria GAIA Maxi Aria 61, radiant panels and radiators, 2 x ELFOFresh2 300, ELFOControl2. Electric energy price 0,22 €/kWh.

ELFOSystem GAIA Maxi Aria GAIA Maxi Aria 61, thermal solar system, radiant panels and radiators, 2 x ELFOFresh2 300, ELFOControl2. + thermal solar Electric energy price 0,22 €/kWh.

ELFOSystem GAIA Maxi + thermal solarELFOSystem GAIA Maxi AriaTraditional system

1

2

3

4

6

7

5

2 4

6

7

3

5

1

30

GAIA Maxi Aria recovers the energy available in the air through

the ENERGY EXCHANGER even at extreme outdoor air temperatures

down to -22 °C.

The large heat Exchange surface helps increasing the effi ciency of the system

The speed of the air fl owing through the heat exchanger is reduced to guarantee a quiet operation

The heat exchanger shape avoids any negative infl uences of prevailing winds

The special shape of the heat exchanger enables reduced energy for the defrost cycles

The air diff user that can be rotated to direct the airfl ow

The fully plastic frame eliminates deterioration over timefrom corrosion

REFRIGERANT LINESThe maximum distance between the two elements can be

20 m, with a maximum 15 m of height diff erence.

The connection between GAIA Maxi and the Energy Exchanger is of cooling type, avoiding any risk of freezing.

Ducted or free

outlet supply

The exhausted air can be

discharged on any of the 4 sides

AEROTHERMALINSTALLED OUTSIDE

INSTALLED INSIDE

Close to an external wall

In the attic

Delivery duct and exhaust far from the dwelling

In the basement

PRO

DU

CTS GAIA Maxi Hybrid

Combined energy thermodynamic packaged unit: thermal solar, heat pump, condensing boiler. Aerothermal version (GAIA Maxi Aria) Idrothermal version (GAIA Maxi Acqua)

ENERGY EXCHANGER

31

THERMAL SOLAR INTEGRATED TO SYSTEM

ADAPTABLE TO EVERY INSTALLATION REQUIREMENT

During the heating season, when the request for domestic hot water is satisfi ed, GAIA Maxi is able to use

the heat energy captured by the solar panels and stored in the domestic storage tank to satisfy the system’s

request.

Heat pump module and domestic hot water module installed separately

along diff erent walls.

GAIA Maxi has been designed for connection to thermal solar

panels to further increase the use of renewable sources for the free

production of domestic hot water and for the heating system.

Coverage of the heat energy requirement for the domestic hot

water, captured through the thermal solar panels, is equal to

75%, the remainder only necessary during the winter months,

is provided by the heat pump.

The GAIA Maxi integrated “Drain Back” drain system, diff erentiates from the traditional

forced circulation systems in the managing of the inactive phases during which

the solar circular can be drained to off er the necessary protection against risk of

over-temperatures or freezing. When the temperature of the water in the solar panels

is too high, the GAIA Maxi control stops the solar pump to drain the circuit and

protect the panels from the stagnation phenomena. Draining also happens in case

of low temperatures, in this way protecting the solar panel against the risk of its

vector fl uid freezing.

Heat pump module and domestic hot water module installed separately

along the same walls.

Energy provided by the Heat Pump for domestic hot water production

Energy provided by thermal collectors for heating

Energy provided by thermal collectors for domestic hot water

Energy is not fi ltered through the Drain Back system

INTEGRATED SOLAR DRAIN BACK

0

100

200

300

400

500

FebruaryMarch

April MayJune

July

August

September

October

November

December

600

He

ati

ng

ca

pa

city

[kW

h/a

nn

o]

January

IT SATISFIES OVER 70% OF THE REQUIREMENT

GAIA Maxi page 56TECHNICAL DATA

32

TH

E S

YS

TE

MS

Medium-low consumption apartment building

Heating

Domestic hot water Production


Cooling



Thermal solar

Exhaust

External air intake

Extraction


module

Domestic hot water

ELFOControl2

ELFOFresh2

GAIA-i Comfort

ELFORoom2

l sola

Domestic hot water

air intake

Ex

FFFFFFFresh air su

OFresh2

ar

Thermostats

for temperature

and humidity

Systems up to 2 hydraulic circuit

mixed and not

Uncased unit in only 35 cm

ELFOSystem GAIA-i Comfort main features

ELFOSystem GAIA-i ComfortGAIA-i Comfort pag. 36

ELFOFresh2 pag. 40

ELFOAir pag. 42

ELFORoom2 pag. 43

ELFOControl2 pag. 39


33

2500

5000

7500

0

-44% -49%10000

12500

400

800

0

-44% -49%1200

1600

2000

2400

200

0

-40% -45%

400

600

800

1000

1200

2

4

3

5

1

1

2

3

4

5

THE RESULTS: comparison between ELFOSystem GAIA Maxi and a traditional system

ELFOSystem GAIA AriaELFOSystem GAIA i Comfort Traditional system

EXTERNAL UNIT: EFFICIENT AND SILENTCompact designSilenceDC Inverter compressorIce Protection System

DC INVERTER COMPRESSOR HEAT PUMP

HIGH EFFICIENCY CIRCULATOR

VERSION WITH THERMAL SOLAR COLLECTORS


CONFIGURATION MODULARITYModules can also be placed at diff erent times to meet system needs.


100 m2 new fl at, radiant panel system, energy requirements

equivalent to 54kWh/m2 year in heating mode, 25kWh/m2 year

in cooling mode, 4 occupants with 50l/person a day domestic


Location: Milan


Number of rooms: 6

Surface 100 m2

THE RESULTS: comparison between ELFOSystem GAIA-i Comfort and a traditional system

Traditional system Existing Boiler, thermal solar, radiant panels for heating, cross fl ow recovery device, cooling split system. Electric energy price 0,3 €/kWh. (D3 Tarif )

ELFOSystem GAIA-i Comfort GAIA-i Comfort 2.1, radiant panels for heating and cooling, ELFOFresh2 120, ELFOControl2. Electric energy price 0,22 €/kWh. (D1 Tarif )

ELFOSystem GAIA Aria GAIA Aria 31, radiant panels for heating and cooling, ELFOFresh2 120, ELFOControl2. Electric energy price 0,22 €/kWh (D1 Tarif )

Annual running cost [€/year] CO2

emissions [kgCO2/year]Primary Energy [kWh/anno] /year]

34

TH

E S

YS

TE

MS

Exhaust

External air intake

Extraction


module

Domestic hot water

Radiators

ELFOControl2

ELFOFresh2

GAIA-i Hybrid

ELFORoom2

Domestic hot water

Radiators

air intake

Ex

FFFFresh air su

OFresh2

rs

Thermostats

for temperature

and humidity

ELFOSystem GAIA-i HybridHigh consumption apartment building

Heating

Domestic hot water Production


Cooling



Systems up to 2 hydraulic circuitmixed and not

Integrated condensing boiler

Uncased unit in only 35 cm

ELFOSystem GAIA Maxi main features


GAIA-i Hybrid pag. 36

ELFOFresh2 pag. 40

ELFOAir pag. 42

ELFORoom2 pag. 43

ELFOControl2 pag. 39

35

2

4

3

5

1

1

2

3

4

5

3300

6600

9900

0

-41% -47%13200

19800

16500

600

1200

0

-41% -47%1800

2400

3000

4200

3600

330

0

-36% -42%

660

990

1320

1650

1980

Running cost [€/year]


THE RESULTS: comparison between ELFOSystem GAIA Maxi and a traditional system

ELFOSystem GAIA Maxi + thermal solarELFOSystem GAIA-i HybridTraditional system

DC INVERTER COMPRESSOR HEAT PUMP

HIGH EFFICIENCY CIRCULATOR


CONFIGURATION MODULARITYModules can also be placed at diff erent times to meet system needs.

VERSION WITH THERMAL SOLAR COLLECTORS

EXTERNAL UNIT: EFFICIENT AND SILENTCompact designSilenceDC Inverter compressorIce Protection System

Annual running cost [€/year] CO2 emissions [kgCO

2/year]Primary Energy [kWh/anno] /year]

120 m2 old fl at, heating plant with radiators integrated with fan coil for

cooling, energy requirements equivalent to 89kWh/m2 year in heating

mode, 29kWh/m2 year in cooling mode, 4 occupants for domestic


Location: Milan


Number of rooms: 7

Surface 120 m2

I RISULTATI: comparison between ELFOSystem GAIA-i Hybrid and a traditional system

Traditional system Existing Boiler, radiators for heating, split system for cooling. Electric energy price 0,3 €/kWh. (D3 Tarif ).

ELFOSystem GAIA-i Hybrid GAIA-i Hybrid 3.1, radiators and fan coil, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh. (D1 Tarif )

ELFOSystem GAIA Aria GAIA Maxi Aria 61, radiators and fan coil, ELFOFresh2 200, ELFOControl2. Electric energy price 0,22 €/kWh (D1 Tarif )

36

PRO

DU

CTS GAIA-i

Uncased heat pump with integrated hot domestic storage

SEQUENCE OF INSTALLATION

Positioning of the recessed cabinet in the wall

Connection of the plant to the attacks

Installation and connection of the selected modules according to the choices

GAIA-i Comfort

GAIA-i Hybrid

GAIA-i is a confi gurable system with several modules which allow

maximum fl exibility of installation choices and the integration of

diff erent energy sources: solar,heat pump,fuel.

Through the composition of the diff erent modules it is possible to

create the following BASIC versions of the product:

Heat pump with integrated hot domestic storage

Heat pump with condensing boiler for integration with integrated

hot domestic storage

Heat pump can satisfy completely the plant load. It is possible

to use an optional electric heater in integration that allows a better

sizing and operation of the heat pump without compromising

the seasonal effi ciency.

The control allows to manage the integrated boiler in the GAIA-i

either as a integration or a replacement of the heat pump,

according to system type, heating requirements and energy costs.

The integrated condensing boiler is modulating.

He

ati

ng

Ca

pa

city

[kW

h]

0

1

3

2

4

5

6

-15 -13 -11 -9 -7 -5 -3 -1 1 3 5 7 9 11 13 15

Outdoor air temperature (°C)

Electric heater

Heat pump

He

ati

ng

Ca

pa

city

[kW

h]

02468

10121416

18

20

22

24

2830

26

22

24

28

30

26

-15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 7 6 5 4 3 2 1

Outdoor air temperature (°C)

Heat pump or boiler

Boiler

Heat pump

37

1

3

4

5

2

1 2

3

5

4

6

7

8

9

11

10

6

7

8

9

1011

GAIA-i enables the realization of a system with the full integration of the hydraulic components inside

the uncased unit built in just 35cm depth.

The diff erent modules are pre-assembled and tested. They can be installed in diff erent moments

according to the building realization timing. Each module is designed to simplify and speed up

installation time.

SIMPLIFIED CONTROL

Room humidity and temperature Touch-screen display

Ambient temperatureSystem hour

Delivered capacity level

Integration generator status (if present)

DHW production activation

Stato della resistenzain integrazione (se presente)

On/Off scheduling menu

Weekly scheduling

Setting

Operating status

DHW set point

Signalling/Alarms

MODULARITY

150-L DHW STORAGE TANK

DHW EXPANSION TANK

HYDRONIC MODULE WITH ELECTRICAL PANEL

UNCASED CABINET WITH JIGS FOR FITTINGS AND CONDENSATE COLLECTION TRAY

SYSTEM EXPANSION TANK

CCGIXIntegration condensing boiler

KDSRXCircuit breaker and booster management board

KIRHXHigh temperature booster kit

KIRLXMixed booster kit

KSOLXSolar kit

EHR246X2-4 kW system integration electric heater as an alternative to the boiler (CCGIX)

GAIA-i page 60

TECHNICAL DATA

38

1 2 3

Clivet residential systems generate comfort using heat pump technology for the diff erent applications.

ELFOPack is composed by a single unit that satisfi es all comfort needs.

ELFOSystem GAIA Edition, ELFOSystem GAIA L Comfort, ELFOSystem GAIA L Hybrid and

ELFOSystem GAIA Maxi Hybrid systems consist of a heat pump specifi c for each system for heating,

cooling and domestic hot water production (GAIA, GAIA L Comfort, GAIA L Hybrid and GAIA Maxi)

and three transversal elements:

PR

OD

UC

TS

Transversal products

Air renewal

and purifi cation unit

ELFOFresh2

Terminal unit

for the distribution

ELFORoom2

Control system

ELFOControl2

ELFORoom2

ELFOFresh2

ELFOAir

ELFOControl2

Air renewal and purifi cation

Air distribution

Terminal units

System control

SYSTEM HEAT PUMP

TRANSVERSAL COMPONENTS

ELFOControl2 ELFOFresh2 ELFOAir ELFORoom2

ELFOPack ELFOPack — — —

ELFOSystem GAIA Edition GAIA

ELFOSystem GAIA Maxi Hybrid GAIA Maxi

ELFOSystem GAIA L Comfort GAIA L Comfort

ELFOSystem GAIA L Hybrid GAIA L Hybrid

39

It manages up to 12 elements simultaneously

Set diff erent temperatures inside the same climate area - FIG. 1

Set the temperatures directly from “touch” screen or from the thermostat

Up to 10 customised timed programming for optimising the functioning and effi ciency of the entire system - FIG. 2

TEMPERATURE AND HUMIDITY ROOM BY ROOM MANAGEMENT

HID-T5 thermostat, with a modern design, is equipped with a colour

touch screen display that allows, thanks to its extremely intuitive graphic,

to easily manage the comfort parameters.

FIG. 1 FIG. 2

In case there is a radiant installation used also for cooling purposes,

the humidity control is made by ELFOFresh2, while the water

temperature of the water produced by GAIA is defi ned based

on the outdoor temperature and modifi ed based on dew point

through the humidity level measured by the themostats.

Each of us diff erently perceives well-being, for this reason it is not

easy to defi ne comfort. ELFOControl² allows the user to adjust all

system settings and adjustments, even the most advanced, to its

own requirements, to guarantee everyone with the ideal comfort.

PRO

DU

CTS

The entire system at your fi ngertipsELFOControl2

Even the best cooling system without correct temperature control

can generate discomfort instead of comfort, with ELFOControl2

it is suffi cient a simple touch screen to access the control of each

single ELFOSystem part. ELFOControl2 controls and manages

the whole system smartly and effi ciently to give always the best

comfort at the lower cost.


TECHNICAL DATA

RADIANT CONTROL IN COOLING

40

PRO

DU

CTS

New, clean and fresh air at homeELFOFresh2

ELIMINATES POLLUTANTS

ELFOFresh2 rejects the stale air and introduces purifi ed and

conditioned fresh air. The harmful elements and smells present

in the outdoor air are eliminated by the effi cient fi ltration system.

The electrostatic fi lter is easy to extract and can be fully restored

by washing.

HUMIDITY CONTROL

During summer operation ELFOFresh2, cooling the air renewal,

dehumidifi es the air increasing comfort. The use of ELFOFresh2 in

cooling systems using underfl oor, wall or ceiling heating, makes it

unnecessary to install the dehumidifi er. In winter operation, thanks

to the use of accessories dedicated, ELFOFresh2 maintains a correct

humidity value.

ELFOFresh2 off ers extraordinary energy effi ciency, since it operates with an heat source, the exhaust air from the building,

which is always better than outdoor air. During the winter, for example, it uses the exhaust air which is around 20°C,

guaranteeing a COP of over 5,5. ELFOFresh2 reduces the ventilation load supplies additional energy, helping to maintain

comfortable conditions. The result is an up to 40% reduction in primary energy consumption in heating mode compared

to a traditional system.

IT INCREASES THE BUILDING ENERGY CLASS

It can be connected to Clivet ELFOAir distribution system

DISTRIBUTION

Energy rating according to national guidelinesThe example provided refers to:

LOCATION: Milan, Climate Zone E (2404 GG). Single dwelling.

SURFACE AREA: 200 m2;

GROSS HEATED VOLUME: 600 m3

EXTERNAL WALL AREA: 440 m2;

RATIO S/V: 0.73 m-1

OUTER INSULATION: compliance with legal transmittance value (Uwalls: 0.34; Uroof: 0.30; Ufl oor: 0.33; Uwindows: 2.2 W/m2 K).

41

+ Summer and winter active

thermodynamic heat recovery

and 80% building energy

satisfaction

+ Electronic fi ltration

+ Summer dehumidifi cation

+ Free cooling

ELFOFresh2 page 62


ELFOFresh2 off ers active thermodynamic heat recovery both in

summer and in winter. It is equipped with high effi ciency fi nned

coils and guarantees very low pressure drops throughout the

entire operating cycle, noticeably reducing the energy used

for ventilation.

Traditional static recovery devices are subject to burdensome

air fl ow pressure drops.

They constantly hinder ventilation, generating higher electricity

consumption and doing away with much of the energy eff ectively

recovered over the year.

WINTER OPERATION

The indoor air (A), extracted from the most dirty and humid as bathrooms and kitchen, fl ows through the evaporator coil (B) and transfers heat to the heat pump. Only then it is rejected (C). After having taken energy from the exhaust air, the refrigerant in the heat pump transfers it through the condenser coil (E) to the outdoor fresh air (D) before being introduced in the room (F), before the inlet in the living room and bathrooms.

SUMMER OPERATION

The cooling cycle is inverted thanks to the 4-way valve, so that the “cold” contained in the exhaust air (A) is recoverd in the condenser coil (B) before the air is rejected (C). The outdoor air (D) is fi ltered and then cooled and dehumidifi ed, passing through the evaporator (E) before being introduced into the room (F).

FREE COOLING : FREE COMFORT

During mid-seasons, the climate may be more pleasant outside than inside, especially in the evening. In these situations, the clever design of ELFOFresh2 allows to keep the required conditions in the rooms using outdoor air at no cost just using the fan.

TECHNICAL DATA

42

Flexible in installation thanks to the use of fl exible and usable ducts

Air quality assured by the use of antistatic and antibacterial ducts

Simple in selecting the components and in the installation

Homogenous air diff usion thanks to the specialdiff users AIRJET

ANTISTATIC AND ANTIBACTERIAL

The inner surface of the fl exible ducts is lined with a special plastic fi lm

treated with silver ions that provides excellent antistatic and antibacterial

properties and guarantees top hygiene levels of the treated air. Furthermore the internal smooth surface of the ducts ensures low pressure drops

and therefore reduces consumptions for ventilation.

PRO

DU

CTS

The air distribution system for ELFOFresh2 and ELFOPackELFOAir

In new buildings and redevelopment works on existing buildings

ELFOAir is the best solution to fully enjoy the benefi ts of the ELFOFresh2

ventilation system or ELFOPack thanks to its stepped fl exible ducts.

These are ideal for underfl oor applications, as well as for installations in

attics and false ceilings. Specially designed grids and outlets can also

be fi tted and can be perfectly integrated in any kind of architectural

context. The modular system ELFOAir with Plug&Play connection of the

diff erent elements makes the system extremely easy and quick to install.

ELFOAir page 66

TECHNICAL DATA

Thanks to special induction air diff users, supplied air imperceptibly

involves the whole air already present in the ambient and creates a uniform

temperature and air quality in the entire room.

Th k i l i d i i diff li d i i ibl

43

Uniform temperature

Lower energy consumptions

Less noise

Large and easy to access fi lter

The continuously running fan allows to operate the fan coil at very low

speeds, making the noise that it produces almost imperceptible.

ELFORoom2 is equipped with a control system that permits the continuous adjustment

of the rpm to suit the system requirements.

In addition to its complete and fl exible temperature control, ELFORoom2

also takes care of air quality. In fact, it is equipped with a large fi lter,

easily accessible via the front panel, which ensures effi cient air purifi cation

and makes it possible to reduce cleaning operations.

Thanks to the continuous fan operation and the gradual speed

variations, ELFORoom2 guarantees constant air movement.

The exclusive fan electric motor of the ELFORoom2 guarantees

low energy consuptions thanks to the modulation of ventilation.

The innovative technological solution considerably limits the

energy generated for its correct operation, reducing the required

power and the operating costs if compared to the traditional

fan coils.

QUIET OPERATION

IT CLEANS THE AIR AS IT CONTROLS THE TEMPERATURE

Consistently uniform temperature and lower energy consumptionELFORoom2

PRO

DU

CTS

ELFORoom2 page 64

TECHNICAL DATA

0

0% 100%

10

Po

we

r in

pu

t [V

V]

20

30

40

50

Speed variation

1° Vel.

2° Vel.

3° Vel.

Traditional Fan Coil

ELFORoom2 DC motor

45

Data contained in this catalogue are not binding and may be changed by the Manufacturer without notice.

No part of this publication may be reproduced.

Updated data available on www.clivetlive.com

TE

CH

NIC

AL

DA

TA

Technical Data

name series from to page

Heating, cooling, air renewal and domestic hot water production

ELFOPack CPAR-XIN 3,2 - kW/t 46

Production of thermal and cooling energy

GAIA Aria MSER-XEE 7,3 16 kW/t 48

GAIA Acqua WSHR-XEE 8,4 15,7 kW/t 50

GAIA L Comfort GLC 5,19 17 kW/t 52

GAIA L Hybrid GLH 5,19 17 kW/t 54

GAIA Maxi Aria MSER-XIN 16 - kW/t 56

GAIA Maxi Acqua WSHR-XIN 15,7 - kW/t 58

GAIA i GIGA 5 8 kW/t 60

ELFOEnergy Extended Inverter WSAN-XIN 3,88 49,2 kW/t 72

Air renewal and purification

ELFOFresh2 CPAN-U 70 650 m3/h 62

Distribution

ELFORoom2 0,8 3,8 kW/t 64

ELFOAir 66

Control

ELFOControl2 68

Solar panel

ELFOSUN 70

46

(CPAR-XIN 5)ELFOPack

PATENTED

53,183,832,142,95400100300

120ROT DC inverter

18040/601,20

230/1/50

TEC

HN

ICA

L D

ATA

TECHNICAL DATA

Size – CPAR-XIN Heating capacity (1) kWThermodynamic SCOP (2) - Cooling capacity (3) kWThermodynamic SEER (2) -

Maximum air flow rate in the room m³/hMaximum air flow taken from the bathrooms and the kitchen m³/hMaximum air flow of internal ambient recirculation m³/hMaximum air flow air intake from outside m³/h 400 of which 100 fresh airMaximum air flow of outside expelled air m³/h 400 of which 100 extraction airAvailable head PaCompressor type (4) -DHW tank lDHW tank temperature °C Safety electric heater kWStandard power supply V/f/Hz

Notes

(1) Overall heating capacity for transmissions + ventilation + domestic hot water production (4 people - 50 litres/day per person). Conditions: outdoor air 7°C DB, 6.1°C WB, renewal and recirculation stale air 20°C DB.

(2) SCOP / SEER average thermodynamic seasonal efficiency of a home in Milan with an overall demand for transmissions, ventilation and domestic hot water (4 people - 50 litres/day per person) equal to the overall heating capacity provided by ELFOPack as per project specifications (-5°C). The average thermodynamic seasonal efficiency does not take into account the energy absorbed by the fans, as it depends on the pressure drops of the aeraulic distribution of each specific installation.

(3) Total cooling capacity for transmissions + ventilation. Production of domestic hot water (4 people - 50 litres/day per person) with total recovery. Conditions: outdoor air 35°C DB, renewal and recirculation stale air 26°C DB.

(4) ROT DC Inverter = DC Inverter rotary compressor

47

300

20

20

C

AB

30

600

b ac d e

Size - CPAR-XIN 5A - Length mm 812B - Width mm 460C - Height mm 2180Operating weight kg 400

CAUTION! For trouble-free operation of the unit it is essential to maintain the safety distances indicated by the green areas.

(a) Exhaust outdoors (b) Stale air extraction (bathrooms and kitchen)(c) Supply into the room (d) Fresh air intake (e) Indoor air recirculation intake

Air-air reversible heat pump with active thermodynamic heat recovery

Refrigerant R-410A

DIMENSIONS

Full Inverter DC

The above mentioned data are referred to standard units.

Active therm.recovery

ACCESSORIES

Size – CPAR-XIN 5Basic configuration (230/1/50) std

HIDTi52BX Temperature and humidity thermostat / Remote keyboard with touch display for recessed (box 503) or wall mounting. White

HIDTi52NX Temperature and humidity thermostat / Remote keyboard with touch display for recessed (box 503) or wall mounting. Black

AL12X Power supply unit for HID-Ti5 thermostats and HID-UR sensor

Accessories whose code ends with "X" are separately supplied.HIDTI52BX- HIDTI52NX: available from April 2016ELFOAir accessories are available in the dedicated page.

48

(MSER-XEE 31-61)GAIA Aria 31-61

TEC

HN

ICA

L D

ATA

31 61

7,30 16,01,62 3,634,51 4,41

6,22 12,51,59 3,323,86 3,67

5,05 11,51,61 3,773,14 3,05

8,20 17,72,16 4,903,80 3,61

6,80 14,91,96 4,533,47 3,30

5,80 11,71,94 4,142,97 2,75

4,91 11,21,93 4,672,54 2,40

5,81 13,51,93 4,643,01 2,925,25 5,22

6,37 14,52,30 5,352,76 2,70

5,44 11,12,31 4,902,35 2,16

4,62 10,82,14 5,802,16 1,86

90 900,36 0,7863 34186 186

2703 3186230/1/50 400/3/50+N

36 3754 52-22 -2260 60

TECHNICAL DATA

Size – MSER-XEEUnit for radiant panels

A7/W35 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -


A-7/W35 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

A35/W18 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -

Terminal unitsA7/W45

Heating capacity kWTotal power input kWCOP (EN 14511:2013) -



A35/W7 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -ESEER -

RadiatorsA7/W55




Max external static pressure PaWater flow-rate (User Side) (1) l/sUseful pump discharge head (1) kPaDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VSound pressure level (1m) indoor unit (2) dB(A)Sound pressure level (1m) outdoor unit (2) dB(A)Min inlet air temperature (W.B.) °CMax. leaving water temperature °C

Notes

Performance levels refer to the energy exchanger located 3m from the interior unit.(1) Data referred to the following conditions: Internal exchanger water = 23/18°C; External

exchanger inlet air 35°C D.B.(2) Sound levels refer to units with full load under nominal test conditions. The sound pressure is

measured at 1 m from the external surface of the unit in open field conditions.

Performances according to EN 14511:2013

A7/W35 internal exchanger water 30/35°C; external air temperature 7°C D.B./ 6°C W.B.

A2/W35 internal exchanger water 30/35°C; external air temperature 2°C D.B./ 1,1°C W.B.

A-7/W35 internal exchanger water 30/35°C; external air temperature -7°C D.B./ -8°C W.B.







A35/W18 internal exchanger water 23/18°C; external air temperature 35°C


The rated heating and cooling capacities refer to 75% of the maximum compressor revolutions.

Capacity modulation is comprised between 30% and 100%.

Modulation between 75% and 100% only takes place at a outdoor air temperature of below 0°C.

49

ErP

2030

200

600800

800100

300

AB

C

300

800 800

(**)

C

A

B

100

500

800

100

200 MSER-XEE OUT

MSER-XEE

(*)

Two-section integrated thermodynamic air-water reversible heat pump unit

300

AB

C

300

800 800

(**)

C

A

B

100

500

800

100

200

MSER-XEE OUT

MSER-XEE

MSER-XEE OUT 31 61A - Length mm 860 1250B - Width mm 720 790C - Height mm 845 1304Operating wt. kg 58 105

MSER-XEE 31 61A - Length mm 630 630B - Width mm 800 800C - Height mm 2030 2030Operating wt. kg 430 460

Refrigerant R-410A ELFOControl2 Full Inverter DC

AUXILIARY DOMESTIC HOT WATER STORAGEOptional accessory for installations with domestic hot water consumption

Capacity: 280-litres

Optional accessory

CAUTION! Clearances, in green, might be occupied by furniture or other items, but it must be possible to remove them easily for maintenance.(*) Maximum equivalent length of the cooling lines = 25 m, with a max difference level of 15 m(**) Water connections

DIMENSIONS

Default water connections with Gaia

31 61A++ A++A++ A++

A AL L

4,90 5,114,71 4,965,37 5,69

Size – MSER-XEEErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55 (2) -ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes

The Product is compliant with the ErP (Energy Related Products) European Directive. It includes the Commission delegated Regulation (EU) No 811/2013 (rated heat output ≤ 70 kW at specified reference conditions) and the Commission delegated Regulation (EU) No 813/2013 (rated heat output ≤ 400 kW at specified reference conditions)(1) Seasonal Space Heating Energy Efficiency Class of the package according to Commission

delegated Regulation (EU) No 811/2013(2) Seasonal Space Heating Energy Efficiency Class according to Commission delegated Regulation

(EU) No 811/2013. W = Water outlet temperature (°C)(3) Water Heating Energy Efficiency Class according to Commission delegated Regulation (EU) No

811/2013

(4) Considered Load profile for the definition of Domestic Hot Water Energy Class according to Commission delegated Regulation (EU) No 811/2013. Class of the package with ELFOControl2

(5) SCOP values calculated by similar procedure as indicated in the UNI 14825 using frequency values of hourly occurrence (BIN) of the indicated locations, with flowing water temperature depending on the outdoor air temperature for radiant panels and thermal power to T_design equal to the capacity declared for the European ErP Directive for Climate High Temperature Heat Pumps.

ACCESSORIES

Size – MSER-XEE 31 61Basic configuration (230/1/50) + ELFOControl2 std option

Basic configuration (400/3/50) + ELFOControl2 - std

EH04 Modulating integration electric heater from 0 to 4kwEH246 Modular supplementary electric heater, from 2-4 and 6kWKIRLX Mixed booster hydraulic kit separately supplied (Available only with SRILX)KIRHX Booster hydraulic kit not mixed separately supplied (Available only with SRILX)A280X Auxiliary domestic hot water storageSRILX Additional card for second and third booster managementFDCCX Connection flange with exhaust air duct in the basement

Accessories whose code ends with "X" are separately supplied.Elfocontrol2 control accessories are available in the dedicated page.

50

(WSHR-XEE 31-61)GAIA Acqua 31-61

31 61

8,43 15,71,69 3,065,00 5,11

6,69 12,41,57 2,904,14 4,25

9,29 17,21,80 2,915,17 5,89

7,84 15,62,02 3,843,87 4,05

5,94 11,51,85 3,433,16 3,31

6,76 12,41,73 3,003,91 4,125,73 4,83

6,98 13,42,25 3,943,09 3,33

5,52 9,902,16 3,762,54 2,60

0,40 0,7560 32

0,53 0,9740 98186 186

2703 3186230/1/50 400/3/50+N

36 37-8,0 -8,060 60

Size – WSHR-XEEUnit for radiant panels

W10/W35 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

B0/W35 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

W35/W18 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -

Terminal unitsW10/W45



W35/W7 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -ESEER -

RadiatorsW10/W55



Water flow-rate (User Side) l/sUseful pump discharge head kPaWater flow rate (Source Side) l/sUseful pump discharge head (Source Side) kPaDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VSound pressure level (1m) indoor unit dB(A)Min. leaving water temperature °CMax. leaving water temperature °C

Notes


W10/W35 water at the user side heat exchanger 30/35°C; inlet water at the source side heat exchanger 10°C

B0/W35 water at the user side heat exchanger 30/35°C; inlet water at the source side heat exchanger 0°C;

glycol 30%



glycol 30%



glycol 30%

W35/W18 water at the user side heat exchanger 23/18°C; inlet water at the source side heat exchanger 30/35°C


The nominal heating and cooling capacities of the GAIA 31 refer to 75% of maximum compressor speed. The

rated heating and cooling capacities of GAIA Acqua 61 refer to 60% of the maximum compressor revolutions.

Capacity modulation is comprised between 30% and 100%. The modulation to 100% only takes place at a

temperature of below 0°C.

The modulation to 100% only takes place at a temperature of below 0°C.

TEC

HN

ICA

L D

ATA

51

ErP

C

(*)

AB

500

500

800

100

200

2030

200

600800

800100

CAUTION! Clearances, in green, might be occupied by furniture or other items, but it must be possible to remove them easily for maintenance

Integrated thermodynamic water-water reversible heat pump unit

WSHR-XEE 31 61A - Length mm 635 635B - Width mm 800 800C - Height mm 2030 2030Operating wt. kg 430 460

ELFOControl2 Full Inverter DC



Optional accessory

Refrigerant R-410A

DIMENSIONS

* Water connections


31 61A+++ A+++A++

A+++ ErP 2019

A++

A+++ ErP 2019A AL L

5,85 5,865,84 5,855,91 5,92

Size – WSHR-XEEErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55

(2) -

ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes

The Product is compliant with the ErP (Energy Related Products) European Directive. It includes the Commission delegated Regulation (EU) No 811/2013 (rated heat output ≤ 70 kW at specified reference conditions) and the Commission delegated Regulation (EU) No 813/2013 (rated heat output ≤ 400 kW

at specified reference conditions)(1) Seasonal Space Heating Energy Efficiency Class of the package according to Commission



811/2013



ACCESSORIES

Size – WSHR-XEE 31 61Basic configuration (230/1/50) + ELFOControl2 std option

Basic configuration (400/3/50) + ELFOControl2 - std

NC NaturalcoolingEH246 Modular supplementary electric heater, from 2-4 and 6kWEH04 Modulating integration electric heater from 0 to 4kwKIRLX Mixed booster hydraulic kit separately supplied (Available only with SRILX)KIRHX Booster hydraulic kit not mixed separately supplied (Available only with SRILX)- Hydronic assembly source side: not requiredA280X Auxiliary domestic hot water storageIVMS Modulating valve source sideSRILX Additional card for second and third booster management


* Water connections

52

GAIA L Comfort(GLC A÷B + MSAN-GL)

2.1 3.1 4.1 5.1 7.1 8.1

5,19 6,87 8,54 12,2 14,3 17,01,32 1,76 2,18 3,12 3,66 4,353,94 3,91 3,91 3,91 3,91 3,91

4,06 5,40 6,70 9,59 11,2 13,51,29 1,71 2,13 3,07 3,58 4,263,14 3,16 3,15 3,12 3,14 3,18

3,30 4,47 5,44 7,86 9,14 11,21,22 1,64 2,00 2,90 3,36 4,132,70 2,71 2,72 2,71 2,72 2,71

4,11 6,56 8,05 10,7 12,2 15,91,07 1,78 2,23 2,77 3,38 4,383,85 3,69 3,61 3,86 3,61 3,64

5,01 6,59 8,65 11,6 13,6 16,61,59 2,11 2,89 3,77 4,50 5,503,15 3,12 2,99 3,08 3,02 3,02

3,93 5,18 6,85 9,28 10,6 13,11,55 2,04 2,78 3,67 4,30 5,292,54 2,54 2,47 2,53 2,47 2,49

3,00 3,90 5,30 7,28 8,65 10,61,47 1,89 2,59 3,64 4,13 5,172,04 2,06 2,04 2,00 2,09 2,05

4,05 5,37 7,19 8,65 11,1 15,51,46 1,93 2,79 3,12 4,51 5,952,77 2,78 2,58 2,77 2,46 2,624,08 4,02 3,89 4,03 4,00 4,06

4,72 6,30 8,00 10,6 12,5 15,31,96 2,59 3,54 4,65 5,74 6,952,41 2,44 2,26 2,29 2,17 2,20

3,72 4,92 6,30 8,48 10,0 12,11,90 2,48 3,39 4,58 5,65 6,691,96 1,99 1,86 1,85 1,77 1,80

2,84 3,76 4,91 6,65 8,59 9,901.74 2,27 3,10 4,49 5,50 6,601,63 1,65 1,58 1,48 1,56 1,50

0,25 0,33 0,41 0,58 0,68 0,8151 50 47 53 47 37

280 280 280 280 280 2802703 2703 2703 3186 3186 3186

230/1/50 230/1/50 230/1/50 400/3/50+N 400/3/50+N 400/3/50+N49 49 49 53 54 56-20 -20 -20 -20 -20 -2060 60 60 60 60 60

Size – GLC+MSAN-GLUnit for radiant panels










RadiatorsA7/W55




Water flow-rate (User Side) (1) l/sUseful pump discharge head kPaDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VSound pressure level (1m) outdoor unit dB(A)Min inlet air temperature (W.B.) °CMax. leaving water temperature °C

Notes

TEC

HN

ICA

L D

ATA

TECHNICAL DATA

(1) A7/W35 internal exchanger water 30/35°C; external air temperature 7°C D.B./ 6°C W.B.













53

ErP

(*)

(**)

C

A

B

30

100

800

10

200

A1

C

600

B2A

B

MSAN-GL

GLC

2030

200

600800

800100

ATTENTION! For trouble-free operation of the unit it is essential to maintain the safety distances indicated by the green areas.

(*)Maximum equivalent length of the cooling lines = 25 m, with a max difference level of 15 m (**) Unit hydraulic and gas connections

Two-section air-water reversible heat pump

Size – GLC A BA - Length mm 600 600B - Width mm 800 800C - Height mm 2040 2040Operating weight kg 450 470

Size – MSAN-GL 2.1 3.1 4.1 5.1 7.1 8.1 A - Length mm 942 942 942 1087 1087 1738B - Width mm 450 450 450 460 460 720C - Height mm 988 988 988 1234 1234 1137A1 mm 250 250 250 300 300 350B2 mm 200 200 200 250 250 350Operating weight kg 102 105 113 157 161 225

ELFOControl2 Full Inverter DCRefrigerant R-410A

DIMENSIONS



Optional accessory


2.1 3.1 4.1 5.1 7.1 8.1 A++ A++ A++ A++ A++ A++A++ A++ A++ A++ A++ A++

A A A A A AXL XL XL XL XL XL

4,62 4,45 4,67 4,34 4,36 4,284,42 4,29 4,57 4,26 4,28 4,215,01 4,81 5,23 4,64 4,67 4,58

Size – GLC+MSAN-GLErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55 (2) -ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes





811/2013



ACCESSORIES

Size – GLC+MSAN-GL 2.1 3.1 4.1 5.1 7.1 8.1 Basic configuration (230/1/50) std std std option option -

Basic configuration (400/3/50) - - - std std std

EH246X 2-4 and 6 kW integration electric heaterGLS GAIA L Comfort SolarA280X Auxiliary domestic hot water storageKCCEX External boiler connection kitHIDTi52BX Temperature and humidity thermostat / Remote keyboard with touch display for recessed (box 503) or wall mounting. White


AMRX Rubber antivibration mountsAL12X Power supply unit for HID-Ti5 thermostats and HID-UR sensor

Accessories whose code ends with "X" are separately supplied.

HIDTI52BX- HIDTI52NX: available from April 2016

54

GAIA L Hybrid(GLH A÷B + MSAN-GL)

2.1 3.1 4.1 5.1 7.1 8.1

5,19 6,87 8,54 12,2 14,3 17,01,32 1,76 2,18 3,12 3,66 4,353,94 3,91 3,91 3,91 3,91 3,91

4,06 5,40 6,70 9,59 11,2 13,51,29 1,71 2,13 3,07 3,58 4,263,14 3,16 3,15 3,12 3,14 3,18

3,30 4,47 5,44 7,86 9,14 11,21,22 1,64 2,00 2,90 3,36 4,132,70 2,71 2,72 2,71 2,72 2,71

4,11 6,56 8,05 10,7 12,2 15,91,07 1,78 2,23 2,77 3,38 4,383,85 3,69 3,61 3,86 3,61 3,64

5,01 6,59 8,65 11,6 13,6 16,61,59 2,11 2,89 3,77 4,50 5,503,15 3,12 2,99 3,08 3,02 3,02

3,93 5,18 6,85 9,28 10,6 13,11,55 2,04 2,78 3,67 4,30 5,292,54 2,54 2,47 2,53 2,47 2,49

3,00 3,90 5,30 7,28 8,65 10,61,47 1,89 2,59 3,64 4,13 5,172,04 2,06 2,04 2,00 2,09 2,05

4,05 5,37 7,19 8,65 11,1 15,51,46 1,93 2,79 3,12 4,51 5,952,77 2,78 2,58 2,77 2,46 2,624,08 4,02 3,89 4,03 4,00 4,06

4,72 6,30 8,00 10,6 12,5 15,31,96 2,59 3,54 4,65 5,74 6,952,41 2,44 2,26 2,29 2,17 2,20

3,72 4,92 6,30 8,48 10,0 12,11,90 2,48 3,39 4,58 5,65 6,691,96 1,99 1,86 1,85 1,77 1,80

2,84 3,76 4,91 6,65 8,59 9,901.74 2,27 3,10 4,49 5,50 6,601,63 1,65 1,58 1,48 1,56 1,50

G20-G30-G3124 24 24 24 24 24

2,90,25 0,33 0,41 0,58 0,68 0,8141 33 32 53 47 37

280 280 280 280 280 2802703 2703 2703 3186 3186 3186

230/1/50 230/1/50 230/1/50 400/3/50+N 400/3/50+N 400/3/50+N49 49 49 53 54 56-20 -20 -20 -20 -20 -2060 60 60 60 60 60

Size – GLH+MSAN-GLUnit for radiant panels










RadiatorsA7/W55




Type of gas (1) -Nominal heat flow-rate kWMinimal heat flow-rate kWWater flow-rate (User Side) (2) l/sUseful pump discharge head kPaDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VSound pressure level (1m) outdoor unit dB(A)Min inlet air temperature (W.B.) °CMax. leaving water temperature °C

Notes

TEC

HN

ICA

L D

ATA

TECHNICAL DATA

(1) G20: Methane gas 100%, standard; G30 / G31: LPG gas, a separate accessory is supplied for converting the boiler to LPG














55

ErP

GLH

2030

200

600800

800100

Two-section air-water reversible heat pump with integration boiler


DIMENSIONS



Optional accessory


2.1 3.1 4.1 5.1 7.1 8.1 A++ A++ A++ A++ A++ A++A++ A++ A++ A++ A++ A++

A A A A A AXL XL XL XL XL XL

4,62 4,45 4,45 4,34 4,36 4,284,42 4,29 4,33 4,26 4,28 4,215,01 4,81 4,91 4,64 4,67 4,58

ACCESSORIES

Size – GLH+MSAN-GL 2.1 3.1 4.1 5.1 7.1 8.1 Basic configuration (230/1/50) std std std option option -

Basic configuration (400/3/50) - - - std std std

GLHS GAIA L Hybrid SolarA280X Auxiliary domestic hot water storageKTCGPLX Conversion kit boiler from methane to LPGHIDTi52BX Temperature and humidity thermostat / Remote keyboard with touch display for recessed (box 503) or wall mounting. White


AMRX Rubber antivibration mountsAL12X Power supply unit for HID-Ti5 thermostats and HID-UR sensor


HIDTI52BX- HIDTI52NX: available from April 2016

Size – GLH+MSAN-GLErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55 (2) -ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes





811/2013



ATTENTION! For trouble-free operation of the unit it is essential to maintain the safety distances indicated by the green areas.

(*)Maximum equivalent length of the cooling lines = 25 m, with a max difference level of 15 m (**) Unit hydraulic and gas connections

Size – GLH A BA - Length mm 600 600B - Width mm 800 800C - Height mm 2040 2040Operating weight kg 480 500

Size – MSAN-GL 2.1 3.1 4.1 5.1 7.1 8.1 A - Length mm 942 942 942 1087 1087 1738B - Width mm 450 450 450 460 460 720C - Height mm 988 988 988 1234 1234 1137A1 mm 250 250 250 300 300 350B2 mm 200 200 200 250 250 350Operating weight kg 102 105 113 157 161 225

(*)

(**)

C

A

B

30

100

800

10

300

A1

C

600

B2

A

B

MSAN-GL

56

(MSER-XIN 61)GAIA MAXI Hybrid Aria

TEC

HN

ICA

L D

ATA

61

16,03,634,41

12,53,323,67

11,53,773,05

18,04,933,65

14,94,533,30

11,74,142,75

11,24,672,40

13,54,642,925,22

14,55,352,70

11,14,902,16

10,805,801,86

G20-G30-G31242,9

0,78281802803186

400/3/50+N903752-2218

Size – MSER-XINUnit for radiant panels










RadiatorsA7/W55




Type of gas (1) -Nominal heat flow-rate kWMinimal heat flow-rate kWWater flow rate (Internal Exchanger) l/sSTD booster available pressure kPaSystem storage lDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VMax static pressure fan PaSound pressure level (1m) indoor unit dB(A)Sound pressure level (1m) outdoor unit dB(A)Min inlet air temperature (W.B.) °CMax. leaving water temperature °C

Notes



A7/W35 internal exchanger water 30/35°C; external air temperature 7°C D.B./ 6°C W.B.A2/W35 internal exchanger water 30/35°C; external air temperature 2°C D.B./ 1,1°C W.B.A-7/W35 internal exchanger water 30/35°C; external air temperature -7°C D.B./ -8°C W.B.A7/W45 internal exchanger water 40/45°C; external air temperature 7°C D.B./ 6°C W.B.A2/W45 internal exchanger water 40/45°C; external air temperature 2°C D.B./ 1,1°C W.B.A-7/W45 internal exchanger water 40/45°C; external air temperature -7°C D.B./ -8°C W.B.

A7/W55 internal exchanger water 45/55°C; external air temperature 7°C D.B./ 6°C W.B.A2/W55 internal exchanger water 45/55°C; external air temperature 2°C D.B./ 1,1°C W.B.A-7/W55 internal exchanger water 45/55°C; external air temperature -7°C D.B./ -8°C W.B.A35/W18 internal exchanger water 23/18°C; external air temperature 35°CA35/W7 internal exchanger water 12/7°C; external air temperature 35°CThe rated heating and cooling capacities refer to 75% of the maximum compressor revolutions. Capacity modulation is comprised between 30% and 100%.Modulation between 75% and 100% only takes place at a outdoor air temperature of below 0°C.

TECHNICAL DATA

57

ErP

100B

800500

A

100

300AB

C

300

800 800

(**)

(*)

C

300

Combined energy thermodynamic air-water unit

Full Inverter DCELFOControl2

Size - GAIA Maxi A - Length mm 1150B - Width mm 800C - Height mm 2040Operating weight kg 1000

Size - Energy exchanger A - Length mm 1250B - Width mm 790C - Height mm 1304Operating weight kg 105

Refrigerant R-410A

CAUTION! For trouble-free operation of the unit it is essential to maintain the safety distances indicated by the green areas.(*)Maximum equivalent length of the cooling lines = 25 m, with a max difference level of 15 m(**) Unit hydraulic and gas connections

DIMENSIONS

Energy exchangerIt adapts to many positioning solutions external or internal, with or without ducting.

61A++A++

AXL

5,084,915,68

ACCESSORIES

Size – MSER-XIN 61Basic configuration (230/1/50) + ELFOControl2 optional

Basic configuration (400/3/50) + ELFOControl2 std

KIRS Base hydraulic kit 1 standard areaKIR1SAP Base hydraulic kit 1 high static pressure areaKIR2H 2 zones: both at high temperatureKIR2HL 2 zones: high temperature + low temperature (mixed)KIR3H 3 zones: all at high temperatureKIR3HHL 3 zones: two at high temperature + one at low temperature (mixed)KIR3HLL 3 zones: one at high temperature + two at low temperature (mixed)KIR4H 4 areas: all at high temperaturesKIR4HHHL 4 areas: three at high temperature + one at low temperature (mixed)KIR4HHLL 4 areas: two at high temperature + two at low temperature (mixed)KIR4HLLL 4 areas: one at high temperature + three at low temperature (mixed)KIRHX Booster hydraulic kit not mixed separately suppliedKIRLX Mixed booster hydraulic kit separately suppliedSOL Drain-back solar integration for domestic hot waterSRILX Additional card for booster management KPSEPX Paneling kit for separate installation of the system module and DHW moduleFDCCX Connection flange with exhaust air duct in the basementKTCGPLX Conversion kit boiler from methane to LPG


Size – MSER-XINErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55 (2) -ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes




(EU) No 811/2013. W = Water outlet temperature (°C)

(3) Water Heating Energy Efficiency Class according to Commission delegated Regulation (EU) No 811/2013



58

(WSHR-XIN 61)GAIA MAXI Hybrid Acqua

TEC

HN

ICA

L D

ATA

61

15,73,065,11

12,42,904,25

17,22,915,89

15,63,844,05

11,53,433,31

12,43,004,124,83

13,43,943,33

9,903,762,60

G20-G30-G31242,9

0,7533

0,97981802803186

400/3/50+N37

-8,060

Size – WSHR-XINUnit for radiant panels

W10/W35 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -


W35/W18 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -

Terminal unitsW10/W45



W35/W7 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -ESEER -

RadiatorsW10/W55



Type of gas (1) -Nominal heat flow-rate kWMinimal heat flow-rate kWWater flow-rate (User Side) (2) l/sUseful pump discharge head (2) kPaWater flow rate (Source Side) (2) l/sUseful pump discharge head (Source Side) kPaSystem Storage lDomestic hot water storage lSolar heat exchanger capacity W/KStandard power supply VSound pressure level (1 m) dB(A)Min. leaving water temperature °CMax. leaving water temperature °C

Notes


(2) The values shown, are referred to performances in heating




glycol 30%



glycol 30%



glycol 30%



The rated heating and cooling capacities refer to 60% of the maximum compressor revolutions. Capacity

modulation is comprised between 30% and 100%. The modulation to 100% only takes place at a temperature

of below 0°C.

TECHNICAL DATA

59

ErP

100B

800500

A

C

100

(**)

300

CAUTION! Clearances, in green, might be occupied by furniture or other items, but it must be possible to remove them easily for maintenance

Combined energy thermodynamic water-water unit

Full Inverter DCELFOControl2

Size - GAIA Maxi A - Length mm 1150B - Width mm 800C - Height mm 2040Operating weight kg 1000


Refrigerant R-410A

DIMENSIONS

**Unit hydraulic and gas connections

61A+++A++

A+++ ERP 2019AXL

5,865,855,92

ACCESSORIES

Size – WSHR-XIN 61Basic configuration (230/1/50) + ELFOControl2 optionalBasic configuration (400/3/50) + ELFOControl2 std

HYGS Hydronic assembly source side- Hydronic assembly source side: not requiredIVMS Modulating valve source sideKIRS Base hydraulic kit 1 standard areaKIR1SAP Base hydraulic kit 1 high static pressure areaKIR2H 2 zones: both at high temperatureKIR2HL 2 zones: high temperature + low temperature (mixed)KIR3H 3 zones: all at high temperatureKIR3HHL 3 zones: two at high temperature + one at low temperature (mixed)KIR3HLL 3 zones: one at high temperature + two at low temperature (mixed)KIR4H 4 areas: all at high temperaturesKIR4HHHL 4 areas: three at high temperature + one at low temperature (mixed)KIR4HHLL 4 areas: two at high temperature + two at low temperature (mixed)KIR4HLLL 4 areas: one at high temperature + three at low temperature (mixed)KIRHX Booster hydraulic kit not mixed separately suppliedKIRLX Mixed booster hydraulic kit separately suppliedSOL Drain-back solar integration for domestic hot waterSRILX Additional card for booster management KPSEPX Paneling kit for separate installation of the system module and DHW moduleKTCGPLX Conversion kit boiler from methane to LPG


Size – WSHR-XINErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55

(2) -

ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes








60

GAIA-i (GIGA + MSAN-GL

TEC

HN

ICA

L D

ATA

2.1 3.1 4.1

5,20 6,86 8,531,30 1,75 2,184,01 3,92 3,91

4,07 5,40 6,711,27 1,71 2,153,20 3,16 3,12

3,29 4,65 5,641,22 1,72 2,082,71 2,71 2,71

4,10 5,66 6,471,05 1,43 1,723,90 3,95 3,76

5,01 6,58 8,591,57 2,11 2,833,19 3,12 3,04

3,94 5,19 6,821,53 2,04 2,742,58 2,54 2,49

3,23 4,36 5,801,44 1,91 2,562,24 2,28 2,27

3,86 5,16 6,781,44 1,92 2,732,68 2,69 2,484,09 4,08 3,83

4,74 6,31 7,971,93 2,54 3,492,46 2,48 2,28

3,74 4,94 6,301,86 2,44 3,362,01 2,02 1,88

3,13 4,30 5,391,71 2,24 3,091,83 1,92 1,74

G20-G30-G31242,9

0,25 0,33 0,4136 31 36150 150 150

230/1/50 230/1/50 230/1/5049 49 49-20 -20 -2060 60 60

Size – GIGAUnit for radiant panels










RadiatorsA7/W55




Type of gas (1) -Nominal heat flow-rate kWMinimal heat flow-rate kWWater flow-rate (User Side) (2) l/sUseful pump discharge head (2) kPaDomestic hot water storage lStandard power supply VSound pressure level (1m) outdoor unit dB(A)Min inlet air temperature (W.B.) °CMax. leaving water temperature °C

Notes















TECHNICAL DATA

61

ErP



DIMENSIONS

2.1 3.1 4.1A++ A++ A++A++ A++ A++

A A AL L L

4,15 4,34 4,694,05 4,23 4,524,48 4,75 5,04

ACCESSORIES

Size – GIGA+MSAN-GLErP System Energy Class - AVERAGE Climate - W55 (1) -ErP Space Heating Energy Class - AVERAGE Climate - W55 (2) -ErP Domestic Hot Water Energy Class (3) -ErP Domestic Hot Water Profile (4) -Efficiency on specific locations -SCOP Glsagow (5) -SCOP London (5) -SCOP Plymouth (5) -

Notes








SIZE – GIGA+MSAN-GL 2.1 3.1 4.1Basic configuration (230/1/50) std std std

ADIX Recessed storage unit with jigs for fittingsACS150X 150-litre domestic hot water storage tankEH04X Modular supplementary electric heater, from 2-4kWCCGIX Integration condensing boiler 3-24 kWKDSRX Hydraulic breaker with board to boosters managmentKIRHX Booster hydraulic kit not mixed separately suppliedKIRLX Mixed booster hydraulic kit separately suppliedHIDTi52BX Temperature and humidity thermostat / Remote keyboard with touch display for recessed (box 503) or wall mounting. White


AMRX Rubber antivibration mountsKSOLX Solar thermal kitKTCGPLX Conversion kit boiler from methane to LPGAL12X Power supply unit for HID-Ti5 thermostats and HID-UR sensor


HIDTI52BX- HIDTI52NX - KSOLX: available from April 2016

ATTENTION! For trouble-free operation of the unit it is essential to maintain the safety distances indicated by the green areas.(*)Maximum equivalent length of the cooling lines = 25 m, with a max difference level of 15 m(**) Water connections

Size – GIGA AA - Length mm 950B - Width mm 350C - Height mm 2200B1 mm 500Operating weight kg 290

Size – MSAN-GL 2.1 3.1 4.1A - Length mm 942 942 942B - Width mm 450 450 450C - Height mm 988 988 988A1 mm 250 250 250B2 mm 200 200 200Operating weight kg 102 105 113

62

(CPAN-U 70-650)ELFOFresh2

B1

B

B2 A1120

A

A2

C

C1

TEC

HN

ICA

L D

ATA


* for sizes 200-650 data include the electrical panel installed on the unit as standard.

CPAN-U 70-120with air fl ow rate from 70 to 120 m³/h

CPAN-U 200-650with air fl ow rate from 200 to 650 m³/h

Size 70 120 200 300 500 650A - Length mm 800 800 922 922 1158 1158B - Width mm 690 690 704 704 741 741C - Height mm 266 266 364 364 423 423A1 mm 20 20 620 620 620 620A2 mm 500 500 20 20 20 20B1 mm 300 300 300 300 300 300B2 mm 300 300 300 300 300 300C1 mm 15 15 20 20 20 20Operating w. kg 40 43 70 75 95 100


TECHNICAL DATA

DIMENSIONS

Exhaust

Extraction

Fresh air supply

Fresh air

70 120

0,52 0,980,15 0,253,38 3,90

0,52 0,970,12 0,204,17 4,74

0,43 0,810,19 0,322,27 2,58

0,45 0,850,20 0,332,24 2,5419,4 33,3120 120

230/1/50 230/1/50-15 -1537 38

200 300 500 650

1,81 2,33 3,58 5,000,44 0,59 0,84 1,274,11 3,95 4,26 3,94

1,86 2,35 3,74 5,100,36 0,43 0,67 1,005,17 5,47 5,58 5,10

1,57 2,10 3,01 4,030,54 0,70 1,04 1,482,91 3,00 2,89 2,72

1,63 2,17 3,13 4,230,57 0,73 1,10 1,602,86 2,97 2,85 2,6455,0 83,0 139 181120 120 120 120

230/1/50 230/1/50 230/1/50 230/1/50-15 -15 -15 -1539 41 44 46

Size – CPAN-U

A7 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

A-5 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

A30 Cooling capacity kWTotal power input kWEER (EN 14511:2013) -


Supply airflow l/sMax. static pressure supply fan PaStandard power supply VMin. entering air temperature (D.B.) (2) °CSound pressure level (1) dB(A)

Size – CPAN-U

A7 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -

A-5 Heating capacity kWTotal power input kWCOP (EN 14511:2013) -



Supply airflow l/sMax. static pressure supply fan PaStandard power supply VMin. entering air temperature (D.B.) (2) °CSound pressure level (1) dB(A)

Notes

(1) The sound levels refer to the unit at full load, in the rated test conditions. The sound pressure level refers to a distance of 1m from the external surface of the units

operating in an open field.(2) In places where temperatures drop under -5°C for a considerable number of hours a year, it is

recommended to use EHPCX - electric duct heaters kit.

All the data provided meets standard EN 14511:2013 and refers to an available head of 50 Pa. When in

cooling mode it is possible that the unit is operating at a reduced flow to ensure a specific humidity

for the air introduced into the environment in keeping with the setpoint.

A7 External air temperature 7°C D.B./ 6°C W.B., Exhaust air temperature 20°C D.B./ 15°C W.B.

A-5 External air temperature -5°C D.B./ -5.4°C W.B., Exhaust air temperature 20°C D.B./ 15°C W.B.



63

Air renewal unit with thermodynamic heat recovery

Refrig. R-134A size 70÷120

Refrig. R-410A size 200÷650

ELFOControl2Indoor installation

ACCESSORIES

ELFOFRESH2 200 OPERATING CRITERIA AND PERFORMANCE

DC Motor

Size – CPAN-U 70 120 200 300 500 650Basic configuration (230/1/50) std std std std std std

Base price includes thermostat Te/RH

OHO Heating-only operationFESX Electronic filter kitHSE3MX Immersed electrode steam humidifier for ELFOFresh DN250HSE3LX Immersed electrode steam humidifier for ELFOFresh DN200FAEX Kit of exhaust air filterCDPX Condensate drain pumpCMMBX Serial communication module to supervisor (Modbus)EHPCX Preheating elements in duct

Accessories whose code ends with "X" are separately supplied.ELFOAir accessories are available in the dedicated page.

A Coeffi cient of performance in

heating mode (COP) and in

cooling mode (EER): it is the ratio

between the power delivered

and the power input of the

compressor, auxiliary circuit and

fans, in consideration of an ESP of

50 Pa

B Required ambient temperature

C ELFOFresh² delivery air

temperature in the room (°C)

THE CHART SHOWS

THE FOLLOWING VARIABLES:

Note: performance curves of the

other sizes are available in the

technical bulletin

D Heating / cooling performance

(W)

E Power input

(W)

F Internal relative humidity

(g/kg)

G External relative humidity

(g/kg)

H Supply relative humidity

(g/kg)

I Supply airfl ow

(mch)

THE CHART SHOWS

THE FOLLOWING

VARIABLES:

64

ELFORoom2

003.0 005.0 011.0 015.0 017.00,89 1,91 2,83 3,69 4,190,65 1,29 1,94 2,50 2,780,012 0,020 0,022 0,030 0,0330,93 1,97 2,71 3,45 4,1145,0 89,0 128 160 180TGZ TGZ TGZ TGZ TGZ

230/1/50 230/1/50 230/1/50 230/1/50 230/1/5023 26 27 23 2732 32 33 30 3739 40 39 39 43

OUTVOT

B400 20

A

20

140

C

80

B400 20

20

A

140

C

80

OUTVL-OUTVOT

B

360 63

20

AC

100

INVOT

B

360

63

100

A

C

200

INVOT

TEC

HN

ICA

L D

ATA

ELFORoom2 cased version OUTVOT-OUTVL ELFORoom2 uncased version INVOT

Cased vertical/horizontal installationwith remote thermostat

Cased vertical installationwith termostat on board

Uncased vertical/horizontal installationwith remote thermostat

Size 003.0 005.0 011.0 015.0 017.0A - Length mm 527 727 927 1127 1327B - Width mm 130 130 130 130 130C - Height mm 586 586 586 586 586Operating weight Kg 9 12 15 18 21

Size 003.0 005.0 011.0 015.0 017.0A - Length mm 737 937 1137 1337 1537B - Width mm 130 130 130 130 130C - Height mm 579 579 579 579 579Operating weight Kg 17 20 23 26 29


DIMENSIONS

TECHNICAL DATA

Size – ELFOROOM2 Cooling capacity (1) kWSensible capacity (1) kWTotal power input (1) kW Heating capacity (2) kW

Supply airflow (3) l/sType of supply fan (4) -Standard power supply (5) VL Sound pressure level (6) dB(A)M Sound pressure level (6) dB(A)H Sound pressure level (6) dB(A)

Notes

(1) Ambient air at 27°C/19.5 W.B.; inlet water 7°C and outlet 12°C; Air flow at max speed measured with clean filters

(2) Ambient temperature 20°C DB; Water inlet 45°C and outlet 40°C; Air flow at max speed measured with clean filters

(3) Air flow at max speed measured with clean filters(4) TGZ=tangential(5) Power supply 230/1/50 Hz +/-10%(6) The values have been detected in a closed ambient with a volume of 100 m³ and a reverberation

time of 0.5 seconds. The sound levels are referred to unit operating at a full load in nominal

conditions. The sound pressure level is referred at a distance of 1m. from the external unit surface, with fairing, fitted to a wall. Please note that when the unit is installed in conditions other than nominal test conditions /for example near walls or obstacles in general) the sound levels may undergo substantial variation.

L Low speed (L)M Medium speed (M)H High speed (H)


65

Water room terminal

ELFOControl2Refrig. WATER

ACCESSORIES

DC Motor

Size– ELFOROOM2 003.0 005.0 011.0 015.0 017.0

Basic configuration (OUTVL - 230/1/50) Vertical cased with LCD display, continuous modulation DC motor, RS485 interface and built-in thermostat

std std std std std

Basic configuration (OUTVOT - 230/1/50)Vertical - Horizontal cased with continuous modulation DC motor, RS485 interface without built-in thermostat

std std std std std

Basic configuration (INVOT - 230/1/50) Vertical - Horizontal uncased with continuous modulation DC motor, RS485 interface without built-in thermostat

std std std std std

Basic configuration (OUTRAD - 230/1/50) Vertical cased with continuous modulation DC motor, RS485 interface with built-in thermostat and ventilated radiant plate

std std std std std

Basic configuration (OUTSRAD - 230/1/50) Vertical cased with continuous modulation DC motor, RS485 interface, without built-in thermostat and with ventilated radiant plate

std std std std std

Basic configuration (INRAD - 230/1/50) Vertical uncased with continuous modulation DC motor, RS485 interface, without built-in thermostat and with ventilated radiant plate (Available only with PCIX-CSFIX)

std std std std std

B4T Additional coil for 4-pipe syst.KASPX Return plenum kitGMX Outlet grilleGRA1X Air outflow grillePR90MX 90° air outlet plenumPMSTX Telescopic upper supply plenum kitKV3B4X 3-way valve kit with electrothermal head and balancing for 4-pipe system (Available only with B4T)KV3VBX 3-way valve kit with electrothermal head and balancingCSEMP Simplified electronic control with 4 speeds DC motor, built-in thermostat without RS485 interface (with option: OUTVL)CSEMP Simplified electronic control with 4 speeds DC motor, built-in thermostat without RS485 interface (with option: OUTRAD)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: OUTVL)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: OUTRAD)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: OUTVOT)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: OUTSRAD)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: INVOT)3V010 DC motor modulation electronic board for matching to 3 speeds and 0-10V thermostats without RS485 interface (with option: INRAD)HIDE1X Remote control with 3 position switch + on/off for wall installation (Available only with 3V010)HIDE2X Remote control with E/I +3V +on/off for wall installation (Available only with 3V010)HIDE3X Plurifunctional remote control for wall installation (Available only with 3V010)HIDT2X HID-T2 electronic room controlHIDT3X HID-T3 electronic room controlHIDTI2X HID-TI2 Flush-mounted electronic room controlKCMDX Motor connection cables for unit with couplings on the rightBACKVX Painted rear panel for cased versionPCIX Uncased closure panelCSFIX Formwork for uncased installationFXPPX Floor fixing bracket kitKPDX Plinth kitUV UV germicidal lamp kit with support


66

TEC

HN

ICA

L D

ATA

Functionalities Accessories

Internal suction and supply grilles

AIRJET 50/I supply diff user - white frame and black inside

AIRJET 80/I supply diff user - white frame and black inside

Intake grille + extractable fi lter AIRJET 50/A - white frame and black inside

Intake grille + extractable fi lter AIRJET 80/A - white frame and black inside

Suction/supply plenum with AIRJET 50 control damper - rear connection

Suction/supply plenum with AIRJET 80 control damper - rear connection

Suction/supply rectangular grill 350x130mm stainless

Suction/supply rectangular grill 350x130mm white

Filter for rectangular grilles 350x130mm (5pz.)

Extraction/intake valve in ABS DN125 without air fi lter

Filter for DN125 valve (5pz.)

Extraction/intake squared grill of DN125 joint with air fi lter

Flat tube distribution (from the distribution box to outlet)

Flat fl exible tube 132x52mm in a 20mt. coil without insulation

Insulation in a 20mt. coil for fl at fl exible tube 132x52

Connector to distribution box for fl at tube

Seal and connecting joint for fl at tube (10pz.)

Vertical 90-degree curve for fl at tube

Horizontal 90-degree curve for fl at tube

Joint for 180-degree fl at tube rotation

90-degree adaptor, single tube for DN125 valve

90-degree adaptor, double fl at tube for DN125 valve

Straight adaptor, single fl at tube for DN125 valve

90-degree adaptor, single fl at tube for level grill

Blind plug for fl at tube (5pz.)

Fixing ring for fl at tube (10pz.)

Flow controller for fl at tube

Round/fl at tube connecting joint

ACCESSORIES

ELFOAir

DAIR50X

DAIR80X

GAIR50X

GAIR80X

PAIR50X

PAIR80X

GINOX

GIVEX

FREX

VIEX

FT125X

GQIEX

TFPNX

IT100X

COBPX

GIUPX

CVP90X

COP90X

CTP180X

A90MPX

A90DPX

ADMPX

A90GPX

TACPX

ANFPX

REPPX

RTPTX

67

TFT90X

IT90X

CBT90X

GIUTX

CT90X

A90DTX

TACTX

ANFTX

BD8CX

BD14CX

TFIS150X

TFIS200X

TFIS250X

GR150X

GR200X

GR250X

GF150X

GF200X

GF250X

R2015X

R2520X

DY200X

DY250X

GPRX

PRX

CPRX

The air distribution system for ELFOFresh2 and ELFOPack - Accessories

Round tube distribution (from the distribution box to outlet)

DN90 round fl exible tube (Int. diam. 78mm) in a 20m. coil without insulation

Insulation in a 20mt. coil for DN90 round fl exible tube

Connector to distribution box for DN90 round tube

Connecting joint for DN90 round tube

Printed curve of 90-degree angle for DN90 round tube

90-degree adaptor, double DN90 round tube for DN125 valve

Blind plug for DN90 round tube (5pz.)

DN90 seal O-Ring (10pz.)

External distribution (Ducts from the outside to the unit and from the unit to the distribution boxes)

Distribution box of DN150-200 joint with 8 connections

Distribution box of DN200 joint with 14 connections

DN150 soundproofi ng insulated fl exible tube in a 10mt. coil



Exhaust / return square wall grille with circular coupling DN150

Exhaust / return square wall grig with circular coupling DN200

Exhaust / return square wall grig with circular coupling DN250

F/F DN150 Joint

F/F DN200 Joint

F/F DN250 Joint

DN200-DN150 Reducer

DN250-DN200 Reducer

DN200-DN200-DN200 Y-branch

DN250-DN200-DN200 Y-branch

Air recirculation (ELFOPack only)

Grill for recirculation air return plenum 325x175 mm white

Soundproofed plenum for air recirculation

Manifold for air recirculation plenum DN150-200

For technical details see technical bulletin

68

ELFOControl2

TEC

HN

ICA

L D

ATA

TECHNICAL DATA

ELFOControl²Display dimensions inches 7,2”Display type TFT colorPower supply voltage Vdc 12Power VA 24Protection rating IP 20Weight kg 0.5

DIMENSIONS

Power supply Converter

ELFOControl2 is supplied with:

12Vdc AL12X power supply unit (4 DIN modules)

Ethernet/485 converter (3 DIN modules)

Cat. 5 UTP Ethernet cable (5m long)

NOTE: the maximum distance between the Ethernet/485 converter and ELFOControl2 is 90 meters

CONTROL CHARACTERISTICS

Maximum of 12 climate areas

2 pipe system

Maximum of 40 elements manageable

Maximum of 1 heat pump: GAIA Aria, GAIA Acqua, GAIA Maxi Hybrid, GAIA L Comfort, GAIA L Hybrid, GAIA i, ELFOEnergy Extended Inverter, ELFOEnergy

Horus, ELFOEnergy Horus+,ELFOEnergy Ground, ELFOEnergy Duct Inverter, ELFOEnergy Vulcan, ELFOEnergy Medium,

ELFOEnergy Vulcan Medium.

Maximum 4 unit for mechanical ventilation: ElfoFresh², ELFOFresh Large.

Hydronic terminal units : ELFORoom² 003.0-017.0, ELFOSpace 003.0 - 051.0, ELFODuct MP 15 - 71, ELFODuct HP 015.0 - 071.0,

ELFOSPACE BOX2 005.1 - 041.0, ELFOSpace WALL 005.0 - 017.0, ELFODuct CF-V 31 - 242

Maximum of 4 radiant modules - BMZRX

Maximum of 3 mixed zones (including intra Gaia) KGPRX

Single zone module - CMRSX

Input/Output Module - MIOX

Maximum of 1 connection device with domotics - DOMX

69

DOMX 53 x 92 x 63 mm

HID-T3X 184 x 82 x 27 mm

HIDT2X 184 x 82 x 27 mm

HID-TI2X 65 x 45 x 54 mm

HIDTi5NX 121 x 94 x 19 mm

HIDTi5BX 121 x 94 x 19 mm

HIDURNX 22 x 45 x 50 mm

HIDURBX 22 x 45 x 50 mm

BMZRX157 x 90 x 60 mm

AL12X85 x 90 x 65 mm

CMRSX105 x 90 x 60 mm

CIECX 216 x 168 x 73 mm

CBSX

KGPRX 210 x 155 x 80 mm

MIOX70 x 85 x 65 mm

Control unit for independent residential systems

ACCESSORIES

Functionalities Accessories Dimensions

Home automation system connection

Device for connection with home automation systems

Communication with the room thermostat for temperature and humidity control.

Temperature and humidity thermostat – wall installation

Temperature only thermostat – wall installation

Temperature only thermostat – recessed installation

Temperature and humidity thermostat with touch screen display, for built-

in installation (box 503) or for wall installation.

Colour black

Temperature and humidity thermostat with touch screen display, for built-

in installation (box 503) or for wall installation.

Colour white

Temperature and humidity sensor - built-in installation. Colour black

Temperature and humidity sensor - built-in installation. Colour white

Floor radiant panel management (heating and cooling), radiators, towel rail

Module to manage up to 6 HID thermostats and 6 control outputs, shut-off

valves to feed radiant panels, radiators or heating furniture 9 Modules DIN

Power supply unit for HID-Ti5 thermostats and HID-UR sensor4 Modules DIN

Module to manage up to 1 HID thermostat and 1 control output, shut-off

valves to feed radiant panels, radiators or heating furniture 6 Modules DIN

Elements for the complete installation

Allows recessed installation of ELFOControl2

Shielded cable for the connection to all devices 50 meter skein

GAIA includes all system elements such as domestic hot water production with 186 liters water storage tank and up to a maximum of three pumps for the secondary circuit, two with

possible mixing valve. These components are already connected to the control of GAIA and is therefore it is not necessary to use other control elements connected to ELFOControl2.

If the system, controlled by ELFOControl2. includes GAIA, with a system that requires more pumps than the three internal, or one of the other Clivet heat pumps , the control of all com-

ponents external to the heat pump must be managed with the following elements.

Dual temperature system

Management module of a mixing group

Zone valve, circulatingpump and remote consent management

Module for management of substitution generator (boiler), zone valves or

boosters and remote consent 4 Modules DIN

70

ELFOSun

TEC

HN

ICA

L D

ATA

DimensionsLength L mm 2005Height C mm 1290Thickness H mm 100Collector pipes G mm 22Pipe length F mm 1340Pipes distance M mm 1880Weight Kg 50

DIMENSIONS

TECHNICAL DATA SINGLE PANEL

Solar panel Rif.

Net absorbent surface 2,305 m2

Open surface 2,345 m2

Gross collector surface 2,586 m2

Glass V Extra light, tempered, prismatic

Absorbent plate B Copper

Surface coating B Selective TITAN (titanium oxide)

Efficiency (open surface) η0

0,716

Loss ratio (open surface)α

1

α2

3,87 W/m2K

0,0069 W/m2K2

Absorptance A 95%

Emittance E 4,7%

Advised panel flow 130 l/h

Collector water capacity 2 l

Max. pressure 10 bar

Stagnant temperature 192°C

Casing material O Aluminum

Insulation thickness R 45 mm

Standard case color Brown / RAL8017

71

ACCESSORIES

Description

2CSPX No. of 2 H1TX fl at Solar collectors at high effi ciency

3CSPX No. of 3 H1TX fl at Solar collectors at high effi ciency

KFTI2X Fixing system for pitched roofs for the 2-collector installation

KFTI3X Fixing system for pitched roofs for the 3-collector installation

KFSP2X Fixing system for fl at surfaces for the 2-collector installation

KFSP3X Fixing system for fl at surfaces for the 3-collector installation

KFIN2X Uncased fi xing system for the 2-collector installation

KFIN3X Uncased fi xing system for the 3-collector installation

KCVEX Circulation kit : circulation group, control unit, expansion tank

GP10X Concentrated propylene glycol 10-liters


Available from April 2016

72

TEC

HN

ICA

L D

ATA

21 31 41 51 71 81 91 101 121 131 141 151 161 171

5,41 6,81 8,70 11,9 14,3 16,6 18,5 19,7 23,7 28,8 32,9 37,2 43,9 50,2

1,29 1,65 2,13 2,94 3,51 4,07 4,68 5,04 5,74 7,06 8,33 9,79 11,6 13,4

4,19 4,12 4,09 4,05 4,07 4,08 3,95 3,91 4,13 4,08 3,95 3,80 3,80 3,74

4,27 5,38 6,95 9,58 11,5 13,3 14,6 16,4 19,8 22,7 26,1 29,5 34,8 39,8

1,27 1,62 2,11 2,91 3,50 4,04 4,65 5,21 5,93 6,92 8,16 9,58 11,3 13,1

3,36 3,32 3,30 3,29 3,29 3,29 3,14 3,15 3,34 3,28 3,20 3,08 3,08 3,04

3,27 4,14 5,49 7,35 8,83 10,6 11,9 12,9 14,5 17,6 20,4 23,1 27,2 31,2

1,23 1,50 2,01 2,76 3,34 4,00 4,61 5,02 5,60 6,74 7,85 9,17 10,9 12,5

2,66 2,76 2,73 2,66 2,64 2,65 2,58 2,57 2,59 2,61 2,60 2,52 2,50 2,49

4,25 6,34 8,07 10,4 13,0 15,9 17,6 19,4 25,4 30,8 35,0 39,8 45,4 50,9

1,14 1,74 2,11 2,87 3,46 4,15 4,61 5,32 6,51 8,35 8,95 10,6 11,9 13,8

3,73 3,64 3,82 3,62 3,76 3,83 3,82 3,65 3,90 3,69 3,91 3,77 3,82 3,68

5,19 6,54 8,25 11,5 13,8 16,2 18,6 20,5 25,8 27,2 31,9 36,7 43,0 49,3

1,60 2,02 2,57 3,61 4,33 5,05 5,92 7,00 8,04 8,58 9,88 11,5 13,6 15,7

3,24 3,23 3,21 3,19 3,19 3,21 3,14 2,93 3,21 3,17 3,23 3,20 3,17 3,14

4,10 5,18 6,57 9,19 11,1 13,3 14,9 16,3 21,0 21,6 25,4 29,3 34,4 39,5

1,56 1,97 2,49 3,58 4,32 4,98 5,82 6,88 7,92 8,44 9,69 11,3 13,3 15,4

2,63 2,63 2,64 2,57 2,57 2,67 2,56 2,37 2,65 2,56 2,62 2,60 2,58 2,56

3,17 4,02 5,17 7,17 8,63 10,4 11,9 13,3 16,0 17,0 20,2 23,3 27,4 31,6

1,45 1,82 2,31 3,41 4,15 4,86 5,67 6,68 7,69 8,21 9,44 10,9 13,0 14,9

2,18 2,21 2,24 2,10 2,08 2,14 2,10 1,99 2,08 2,07 2,14 2,13 2,11 2,12

3,88 5,24 6,10 8,84 11,7 15,4 16,8 19,4 24,1 28,2 32,5 38,2 43,6 49,2

1,50 2,05 2,34 3,44 4,55 5,52 6,06 8,15 9,41 10,3 12,2 14,4 16,2 19,1

2,58 2,55 2,61 2,57 2,57 2,79 2,77 2,38 2,56 2,74 2,67 2,66 2,69 2,58

4,41 4,07 3,86 4,17 4,81 5,01 5,14 4,70 5,13 4,14 4,00 3,69 3,66 3,55

5,05 6,39 8,03 11,0 13,3 15,2 17,7 19,9 24,0 25,0 30,3 34,2 40,1 46,7

1,94 2,45 3,16 4,35 5,28 6,18 7,25 8,61 10,2 10,5 11,9 13,6 16,1 18,5

2,60 2,61 2,54 2,53 2,52 2,46 2,44 2,31 2,35 2,39 2,55 2,51 2,49 2,52

3,99 5,04 6,37 8,92 10,7 12,2 14,4 16,0 19,5 20,0 24,5 27,6 32,2 37,5

1,86 2,34 3,00 4,31 5,22 6,10 7,20 8,51 10,1 10,3 11,8 13,5 15,9 18,3

2,14 2,15 2,12 2,07 2,05 2,00 2,00 1,88 1,94 1,94 2,08 2,05 2,02 2,05

3,10 3,92 4,99 7,08 8,57 9,90 11,6 13,1 15,4 16,1 - - - -

1,68 2,11 2,70 4,16 5,07 5,96 6,99 8,24 9,81 10,1 - - - -

1,84 1,86 1,85 1,70 1,69 1,66 1,66 1,59 1,57 1,60 - - - -

0,26 0,33 0,42 0,57 0,68 0,79 0,88 0,94 1,13 1,38 1,57 1,78 2,10 2,40

54 49 39 38 41 63 60 58 75 116 121 110 96 76

230/1/50 400/3/50+N

49 49 49 53 54 56 56 57 55 63 69 70 73 73

-20 -20 -20 -20 -20 -20 -20 -20 -20 -20 -20 -20 -20 -20

60 60 60 60 60 60 60 60 60 60 60 60 60 60

Size – WSAN-XIN (Excellence)

Unit for radiant panels

A7/W35 Heating capacity kW

Total power input kW

COP (EN 14511:2013) -



COP (EN 14511:2013) -

A-7/W35 Heating capacity kW


COP (EN 14511:2013) -

A35/W18 Cooling capacity kW


EER (EN 14511:2013) -

Terminal units



COP (EN 14511:2013) -



COP (EN 14511:2013) -



COP (EN 14511:2013) -

A35/W7 Cooling capacity kW


EER (EN 14511:2013) -

ESEER -

Radiators



COP (EN 14511:2013) -



COP (EN 14511:2013) -



COP (EN 14511:2013) -

Water flow-rate (User Side) (1) l/s

Useful pump discharge head (1) kPa

Standard power supply V

Sound pressure level (1m) outdoor unit dB(A)

Min inlet air temperature (W.B.) °C

Max. leaving water temperature °C

Notes














ELFOEnergy Extended Inverter(WSAN-XIN 21-171)

TECHNICAL DATA

73

21 31 41 51 71 81 91 101 121 131 141 151 161 171A+ A+ A+ A+ A+ A+ A+ A+ A+ A+ A+ A A AA+ A+ A+ A+ A+ A+ A+ A+ A+ A+ - - - -

4,16 4,07 4,48 4,10 4,18 4,48 4,26 4,18 4,45 3,53 3,56 3,37 3,31 3,364,14 4,04 4,41 4,05 4,15 4,38 4,14 4,06 4,36 3,56 3,57 3,37 3,31 3,354,61 4,73 4,91 4,36 4,51 4,74 4,55 4,43 4,76 3,88 3,90 3,67 3,63 3,64

21 31 41 51 71 81 91 101 121 131 141 151 161 171942 942 942 1087 1087 1731 1731 1731 1731 1341 1341 1341 1341 1341433 433 433 445 445 724 724 724 724 1159 1159 1159 1146 1146992 992 992 1234 1234 1137 1137 1137 1517 1520 1520 1520 1770 1770400 400 400 400 400 400 400 400 400 1000 1000 1000 1000 1000600 600 600 600 600 600 600 600 600 1000 1000 1000 1000 1000400 400 400 400 400 400 400 400 400 1000 1000 1000 1000 1000112 116 124 170 175 240 240 240 310 300 310 330 400 400

21 31 41 51 71 81 91 101 121 131 141942 942 942 1087 1087 1731 1731 1731 1731 1731 1731433 433 433 445 445 724 724 724 724 724 724992 992 992 1234 1234 1137 1137 1137 1517 1517 1517400 400 400 400 400 400 400 400 400 400 400600 600 600 600 600 600 600 600 600 600 600400 400 400 400 400 400 400 400 400 400 400112 116 124 170 175 240 240 240 310 310 310


Version:PRM PremiumEXC Excellence

Size – WSAN-XINEXC A - Length mmEXC B - Width mmEXC C - Height mmEXC A1 mmEXC A2 mmEXC B2 mmEXC Operating weight kg

Size – WSAN-XINPRM A - Length mmPRM B - Width mmPRM C - Height mmPRM A1 mmPRM A2 mmPRM B2 mmPRM Operating weight kg



Size – WSAN-XIN (EXCELLENCE)ErP System Energy Class - AVERAGE Climate - W35 (1) -ErP System Energy Class - AVERAGE Climate - W55 (1) -Efficiency on specific locations -SCOP Glsagow (2) -SCOP London (2) -SCOP Plymouth (2) -

Notes


at specified reference conditions)(1) Seasonal Space Heating Energy Efficiency Class according to Commission delegated Regulation


(2) SCOP values calculated by similar procedure as indicated in the UNI 14825 using frequency values of hourly occurrence (BIN) of the indicated locations, with water temperature for radiant panels and thermal power to T_design equal to the capacity declared for the European ErP Directive for Climate High Temperature Heat Pumps.

SIZE – WSAN-XIN 21 31 41 51 71 81 91 101 121 131 141 151 161 171Basic configuration (230/1/50) Excellence std std std option option - - - - - - - - -

Basic configuration (400/3/50) Excellence - - - std std std std std std std std std std std

Basic configuration (230/1/50) Premium std std std option option - - - - - - - - -

Basic configuration (400/3/50) Premium - - - std std std std std std std std - - -

For Premium (PRM) version details, refer to the relative Technical Bulletin.

HEDIF Diffuser for high efficiency axial fan (only for Excellence)ACS3SX 300-litre domestic hot water storage tank with solar coilACS300X 300-litre domestic hot water storage tankACS500X 500-litre domestic hot water storage tankACS5SX 500-litre domestic hot water storage tank with solar coil3DHWX Three-way valve for domestic hot water- User side hydronic assembly: not required (version Excellence)- User side hydronic assembly: not required (version Premium)KSAX 100-litre circuit breakerKTFLX Hose kit for connection to the chiller/heat pump.CMACSX Domestic hot water moduleCMSC2X Serial communication module with RS485 serial converter kitRCTX Remote controlAMRX Rubber antivibration mountsPGFCX Finned coil protection grill (version Excellence)PGFCX Finned coil protection grill (version Premium)KG4UPX Management kit up to 4 units in parallel by the two set point available for each unit


ACCESSORIES

DIMENSIONS

ErP

55 °C 35 °C

dB

dB

kW kW

2015 811/2013

A++

A+

A B C D E F G

A+ A+

Clivet S.p.A. WSAN XIN

121829

111831

00

74

74

EPK

-00

00

0-1

M/R

00

DW

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ativ

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exe

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ve d

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ub

seq

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nt

inst

alla

tio

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ust

be

car

rie

d o

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in c

om

plia

nce

wit

h t

he

re

gu

lati

on

s in

fo

rce.

Air

-Air

he

at p

um

p fo

r to

tal c

om

fort

/ F

lat

70

m²

ELFOPack

SYST

EM S

CH

EME

75

Heat Pump• Heating

• DHW Production

• Cooling

• Air renewal

• Summer dehumidification

• Thermodynamic recovery

• Freecooling

ELFOPack [CPAR- XIN]

Reversible heat pump

Distribution systemELFOAir:

Air distribution system

Accessories

• 7 x DAIR80X: AIRJET 80/I supply diffuser - white frame and black inside

• 7 x PAIR80X: Suction/supply plenum with AIRJET 80 control damper - rear connection

• 2 x VIEX: Extraction/intake valveDN125

• 2 x FT125X: Filter for DN125 valve (5pz.)

• 2 x TFT90X: DN90 round flexible tube (Int. diam. 78mm) in a 20m. coil without insulation

• 2 x IT90X: Insulation in a 20mt. coil for DN90 round flexible tube

• 16 x CBT90X: Connector to distribution box for DN90 round tube

• 1 x A90DTX: 90-degree adaptor, double DN90 round tube for DN125 valve

• 2 x ANFTX: DN90 seal O-Ring (10pz.)

• 1 x TFPNX: Flat flexible tube 132x52mm in a 20mt. coil

• 1 x IT100X: Insulation in a 20mt. coil for flat flexible tube 132x52

• 1 x GIUPX: Seal and connecting joint for flat tube (10pz.)

• 1 x A90MPX: 90-degree adaptor, single tube for DN125 valve

• 1 x ANFPX: Fixing ring for flat tube (10pz.)

• 1 x RTPTX : Round/flat tube connecting joint

• 1 x BD8CX: Distribution box of DN150-200 joint with 8 connections

• 1 x BD14CX: Distribution box of DN200 joint with 14 connections

• 1 x TFI150X: DN150 soundproofing insulated flexible tube

• 2 x TFI200X: DN200 soundproofing insulated flexible tube

• 2 x GR200X: Exhaust / return square wall grig with circular coupling DN200

• 1 x GPRX: Grill for recirculation air return plenum 325x175 mm white

• 1 x PRX: Soundproofed plenum for air recirculation for tube DN90 x 5 connections

• 1 x CPRX: Manifold for air recirculation plenum DN150-200

Plant Elements

76

ELFOSystem GAIA Aria

Wat

er-

air

he

at p

um

p +

so

lar

inte

gra

tio

n +

3 w

ate

r ci

rcu

its

+ C

MV

wit

h t

he

rmo

dyn

amic

re

cove

ry

GA

A-F

CS0

0-3

3/R

00

DW

G v

ers

ion

av

ail

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ww

.cli

ve

t.co

m

SYST

EM S

CH

EME

The

dia

gra

m is

pu

rely

ind

icat

ive.

Th

e e

xecu

tive

de

sig

n a

nd

su

bse

qu

en

t in

stal

lati

on

mu

st b

e c

arri

ed

ou

t in

co

mp

lian

ce w

ith

th

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eg

ula

tio

ns

in f

orc

e.

77


• DHW Production

• Cooling

• Solar integration on the DHW system

• System domotics with advanced algorithms

for optimising energy and comfort

GAIA Aria [MSER - XEE]:

Two-section reversible heat pump with ELFOControl2

Accessories

• 2 x KIRLX: Booster hydraulic kit separately supplied

• 1 x SRILX: Additional card for second and third booster management

• 1 x EH04: Modulating integration electric heater from 0 to 4kw (size 31)

• 1 x EH246: Modulating integration electric heater from 2-4 to 6 kW (size 61)

ELFOControl2:

Control for independent residential systems

Includes

• Power supply unit 12 V DC AL12X (4 modules DIN)

• Converter Ethernet/485 (3 modules DIN)

• Cable Ethernet UTP cat 5 (length 5 m)

Accessories

• 2 x AL12X: Power supply unit for HID-Ti5 thermostats and HID-UR sensor

• 2 x BMZRX: Module to manage up to 6 HID thermostats and 6 control outputs,

shut-off valves to feed radiant panels, radiators or heating furniture.

+ TTL-RS485 serial converter

• 1 x CBSX: Shielded cable for the connection to all devices (Modbus RS485 cable)

• 1 x CIECX : Allows recessed installation of ELFOControl²

• 2 x CMRSX: Module to manage up to 1 HID thermostat and 1 control output,



• 6 x HID-Ti5NX: Temperature and humidity thermostat with touch screen display,

for uncased (box 503) or wall installation. Colour black

Heat recovery• Air renewal



• Freecooling

ELFOFresh2 [CPAN-U]:

Air renewal and purification unit, full fresh air

Configuration

• Cooling and heating operation

Accessories

• 1 x FES: Electronic filters

• 1 x CMMBX: Serial communication module to supervisor (Modbus)

Plant terminal unitsELFORoom2:

Water terminal unit, vertical and horizontal indoor installation, cased or uncased Configuration

• OUTVOT: Vertical cased with LCD display, continuous modulation DC motor,

RS485 interface and built-in thermostat

78

ELFOSystem GAIA L Comfort

GLC

-FC

S00

-11

/R0

0

DW

G v

ers

ion

av

ail

ab

le o

n w

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.cli

ve

t.co

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Wat

er-

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he

at p

um

p +

so

lar

inte

gra

tio

n +

1 w

ate

r ci

rcu

it +

CM

V w

ith

th

erm

od

ynam

ic r

eco

very

SYST

EM S

CH

EME

The

dia

gra

m is

pu

rely

ind

icat

ive.

Th

e e

xecu

tive

de

sig

n a

nd

su

bse

qu

en

t in

stal

lati

on

mu

st b

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ed

ou

t in

co

mp

lian

ce w

ith

th

e r

eg

ula

tio

ns

in f

orc

e.

79


• DHW Production

• Cooling


GAIA L Comfort [GLC]:

Two-section reversible heat pump

Configuration

• SOL: Drain-back solar integration for domestic hot water

Accessories

• 1 x EH246: Modulating integration electric heater from 2-4 to 6 kW

Control• System domotics with advanced algorithms


ELFOControl2:


Includes




Accessories












• Freecooling



Configuration


Accessories



Plant Elements

80

ELFOSystem GAIA L Hybrid

Wat

er-

air

he

at p

um

p +

so

lar

inte

gra

tio

n +

bo

iler

inte

gra

tio

n +

1 w

ate

r ci

rcu

it +

CM

V w

ith

th

erm

od

ynam

ic r

eco

very

GLH

-FC

S00

-11

/R0

0

DW

G v

ers

ion

av

ail

ab

le o

n w

ww

.cli

ve

t.co

m

SYST

EM S

CH

EME

The

dia

gra

m is

pu

rely

ind

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ive.

Th

e e

xecu

tive

de

sig

n a

nd

su

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qu

en

t in

stal

lati

on

mu

st b

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arri

ed

ou

t in

co

mp

lian

ce w

ith

th

e r

eg

ula

tio

ns

in f

orc

e.

81


• DHW Production

• Cooling


• Condensing boiler integration on the plant

and DHW system

GAIA L Hybrid [GLH]:

Two-section reversible heat pump

Configuration

• SOL: Drain-back solar integration for domestic hot water

Control• System domotics with advanced algorithms


ELFOControl2:


Includes




Accessories












• Freecooling



Configuration


Accessories



Plant Elements

82

GM

A-F

CS0

0-3

4/R

00

DW

G v

ers

ion

av

ail

ab

le o

n w

ww

.cli

ve

t.co

m

Wat

er-

air

he

at p

um

p +

so

lar

inte

gra

tio

n +

bo

iler

inte

gra

tio

n +

4 w

ate

r ci

rcu

its

+ C

MV

wit

h t

he

rmo

dyn

amic

re

cove

ry

ELFOSystem GAIA Maxi Hybrid

SYST

EM S

CH

EME

The

dia

gra

m is

pu

rely

ind

icat

ive.

Th

e e

xecu

tive

de

sig

n a

nd

su

bse

qu

en

t in

stal

lati

on

mu

st b

e c

arri

ed

ou

t in

co

mp

lian

ce w

ith

th

e r

eg

ula

tio

ns

in f

orc

e.

83


• DHW Production

• Cooling


• Condensing boiler integration

on DHW system

• System domotics with advanced algorithms


GAIA Maxi [MSER - XIN]:

Packaged heat pump with condensing boiler with ELFOControl2

Configuration

• Solar integration for DHW

Accessories

• 1x KIR4HLL: 4 zones, one at high temperature + three at low temperature (mix)

• 1 x SRILX: Additional card for second and third booster management

ELFOControl2:


Includes




Accessories







• 2 x CMRSX: Module to manage up to 1 HID thermostat and 1 control output,








• Freecooling



Configuration


Accessories



Plant terminal unitsELFORoom2:

Water terminal unit, vertical and horizontal indoor installation, cased or uncased

Configuration

• OUTVOT: Vertical cased with LCD display, continuous modulation DC motor,

RS485 interface and built-in thermostat

Plant Elements

Ch

an

ge

livin

g h

om

e

CLIVET SPA

Via Camp Lonc 25, Z.I. Villapaiera - 32032 Feltre (BL) - Italy

Tel. +39 0439 3131 - Fax +39 0439 313300 - [email protected]

CLIVET UK LTD (Sales)

4 Kingdom Close, Segensworth East - Fareham, Hampshire - PO15 5TJ

United Kingdom

Tel. +44 (0) 1489 572238 - Fax +44 (0) 1489 573033 - [email protected]

CLIVET AIRCON LTD (Service and Maintenance Division)

Units F5&F6 Railway Triangle Ind Est, Walton Road - Portsmouth, Hampshire - PO6 1TG

United Kingdom

Tel. +44 (0) 2392 381235 - Fax. +44 (0) 2392 381243 - [email protected]

CLIVET ESPAÑA COMERCIAL S.L. (Sales)

Calle Gurb, 17 1º 1ª - 08500 Vic, Barcelona - España


CLIVET ESPAÑA S.A.U. (Service and Maintenance Division)

Calle Real de Burgos Nº 12 - 28860 Paracuellos del Jarama, Madrid - España


CLIVET GmbH

Hummelsbütteler Steindamm 84, 22851 Norderstedt - Germany

Tel. +49 (0) 40 32 59 57-0 - Fax +49 (0) 40 32 59 57-194 - [email protected]

CLIVET RUSSIA

Elektrozavodskaya st. 24, offi ce 509 - 107023, Moscow, Russia

Tel. +7 495 646 2009 - Fax +7 495 646 2009 - [email protected]

CLIVET MIDEAST FZCO

Dubai Silicon Oasis (DSO), High Bay Complex, Ind Unit No. 3, PO BOX 342009,

Dubai, UAE

Tel. +9714 3208499 - Fax +9714 3208216 - [email protected]

CLIVET AIRCONDITIONING SYSTEMS PRIVATE LIMITED

4BA, Gundecha Onclave, Kherani Road - Sakinaka, Andheri (East) - Mumbai 400 072

India

Tel. +91 22 6193 7000 - Fax +91 22 6193 7001 - [email protected]

www.clivetlive.com

CLIVET SPA

Via Camp Lonc 25, Z.I. Villapaiera - 32032 Feltre (BL) - Italy

Tel. + 39 0439 3131 - Fax + 39 0439 313300 - [email protected]

In over 25 years of working on the design, manufacturing and distribution of air conditioning and handling

systems, combining high effi ciency with minimal environmental impact, Clivet has developed solutions to

ensure sustainable comfort and the well-being of people and the environment.

Designing and developing year-round air conditioning solutions with innovative technologies are part of Clivet’s

DNA, which means the company has always been ready for the future.

In 2015 the new division Clivet Live is born. With its application Clivet Home, it off ers a wide range of solutions

for the residential sector.

For over 25 years, we have been off ering solutions to ensure sustainable comfort and the well-being of people and the environment

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